Short Talks - Universidade Federal de Santa Catarina

Transcrição

XIV Latin American Regional IAU Meeting
2
Programme Book
Florianópolis, Brazil
25–30 November 2013
www.larim2013.org.br
!
From Santiago (Chile, 1978), to Mérida (Venezuela, 1981), Buenos Aires
(Argentina, 1983), Rio de Janeiro (Brazil, 1984), Mérida (Mexico, 1986), Gramado (Brazil,
1989), Viña del Mar (Chile, 1992), Montevideo (Uruguay, 1995), Tonantzintla (Mexico,
1998), Córdoba (Argentina, 2001), Pucón (Chile, 2005), Isla Margarita (Venezuela, 2007),
and Morélia (Mexico, 2010), Latin American Regional IAU Meetings (LARIM) have
witnessed tremendous advances in astronomy world-wide, and particularly in Latin
America. Throughout its 35-year-long history, LARIMs have played an important role in
bringing together scientists from our countries, fostering collaborations and interchanges at
various levels and different areas.
!
Following this successful tradition, this 14th LARIM covers topics across the whole
field of astronomy, comprising plenary, parallel and poster sessions dedicated to areas
such as planetary systems, stars, stellar systems, star formation, ISM, galaxies, AGN,
cosmology, high energy astrophysics, instrumentation, history, teaching and outreach.
Scientific Organizing Committee:
Zulema Abraham, IAG/USP, Brasil (chair)
Roberto Cid Fernandes, UFSC, Brasil (chair)
Alejandro Córsico, UNLP, Argentina
Fernando Roig, ON, Brasil
Leopoldo Infante, PUC, Chile
William Lee, IA-UNAM, Mexico
Tabaré Gallardo, Facultad de Ciencias, Uruguay
Cesar Briceño Avila, CIDA, Venezuela
Local Organizing Committee:
Roberto Cid Fernandes, UFSC, Brasil
Jane Gregorio-Hetem, IAG/USP, Brasil
Abílio Mateus, UFSC, Brasil
Bernardo Borges, UFSC, Brasil
Daniela Pavani, UFRGS, Brasil
Maria Jaqueline Vasconcelos, UESC, Brasil
Natalia Vale Asari, UFSC, Brasil
Silvia H. P. Alencar, UFMG, Brasil
Sponsors: CAPES, CNPq, FAPEMIG, FAPESC, FAPESP, IAG, IAU, SAB, UFSC.
Cover credits: Eduardo Lacerda; photos by Eduardo Schumacher & ESO/VVV Survey.
3
4
Programme Book
Table of Contents
Final programme!
7
Detailed science programme!
8
Short Talks: Parallel Sessions!
10
Monday morning, 25 November!
10
Monday afternoon, 25 November!
11
Tuesday morning, 26 November!
12
Tuesday afternoon, 26 November!
13
Wednesday morning, 27 November!
14
Thursday morning, 28 November!
15
Thursday afternoon, 28 November!
16
Friday morning, 29 November!
17
Friday afternoon, 29 November!
18
Session Chairs!
19
Posters!
20
Planetary systems (PS)!
20
Stars & Stellar systems (SSS)!
22
Star formation (SF)!
26
Interstellar Medium (ISM)!
27
Galaxies (GAL)!
28
Active Galactic Nuclei (AGN)!
31
Cosmology (COS)!
32
High energy astrophysics (HEAP)!
33
Instrumentation (INST)!
34
Teaching and outreach (TO)!
35
Abstracts: Review & Invited Talks!
36
Monday, 25 November!
36
Tuesday, 26 November!
38
Wednesday, 27 November!
41
Thursday, 28 November!
42
Friday, 29 November!
45
5
6
Programme Book
Final programme
Sun (24/Nov)
Mon (25/Nov)
Tue (26/Nov)
Wed (27/Nov)
Thu (28/Nov)
Fri (29/Nov)
08:45
Opening
09:00
Review talk
Review talk
Review talk
Review talk
Review talk
Invited talk
Invited talk
Invited talk
Invited talk
Invited talk
Coffee &
Coffee &
Coffee &
Coffee &
Coffee &
Posters
Posters
Posters
Posters
Posters
Parallel
Parallel
Parallel
Parallel
Parallel
sessions
sessions
sessions
sessions
sessions
12:40 Lunch
Lunch
Lunch
Lunch
Lunch
15:00
Invited talk
Invited talk
Invited talk
Invited talk
15:30
Review talk
Review talk
Review talk
Invited talk
16:10
Invited talk
Invited talk
Invited talk
Invited talk
Coffee &
Coffee &
Coffee &
Coffee &
Posters
Posters
Posters
Posters
Parallel
Parallel
Parallel
Parallel
sessions
sessions
sessions
sessions
LARIM
SAB
Assembly
Assembly
09:40
10:10
11:00
Registration
16:40
17:30
19:10
20:00
Welcome
Cocktail
Free
Conference
Dinner
7
Detailed science programme
Parallel sessions are divided into the following areas: Planetary Systems (PS), Star formation (SF),
Interstellar Medium (ISM), Galaxies (GAL), Active Galactic Nuclei (AGN), Stars & Stellar Systems (SSS),
Vista Variables in the Via Lactea (VVV), Cosmology (COS), High Energy Astrophysics (HEAP),
Instrumentation (INST), Teaching & Outreach (TO).
!
Conference rooms are indicated. Salas Diamante, Esmeralda, and Topázio are at the Conference
center; Sala Oceania is at the Oceania Hotel.
Morning
Mon (25/Nov)
Tue (26/Nov)
Wed (27/Nov)
Thu (28/Nov)
Fri (29/Nov)
08:45–09:00
Diamante
Opening
09:00–09:40
Diamante
Distribution
and Origin of
Solar Transient
Activity:
White Dwarf
Stars
Galaxies at
High Redshift
Testing
Fundamental
Hot Planets
Magnetic
S. O. Kepler
F. Bauer
Hypotheses in
C. Beauge
(OAC,
Energy Release (UFRGS, Brazil)
and Topology
(PUC, Chile)
Cosmology
J. Alcaniz
Argentina)
C. Mandrini
(IAFE,
(ON, Brazil)
Argentina)
09:40–10:10
Diamante
Impact studies
in Latin
The SNC
Meteorites
The evolution
of
The star
formation
Multiple-tracer
surveys of the
America
M. E. Varela
protoplanetary
history of
large-scale
G. Tancredi
(IFFC, Uruguay)
(ICATE,
Argentina)
disk
M. Schreiber
galaxies in the
CALIFA survey
structure of the
Universe
(UV, Chile)
R. GonzálezDelgado
R. Abramo
(USP, Brazil)
(IAA, Spain)
10:10–11:00
Coffee &
Posters
Coffee &
Posters
Coffee &
Posters
Coffee &
Posters
Coffee &
Posters
Sessions
Sessions
Sessions
Sessions
Sessions
GAL-1
SSS-1
GAL-2
SSS-3
GAL-3
SSS-5
GAL-4
SSS-6
GAL-6
SSS-8
PS-1
SF-1
PS-2
SF-2
PS-3
COS-1
HEAP-1
COS-2
HEAP-2
COS-3
Short talks
Parallel
Short talks
Parallel
Short talks
Parallel
Short talks
Parallel
Short talks
Parallel
Sessions
Sessions
Sessions
Sessions
Sessions
Diamante
Esmeralda
GAL-1
SSS-1
GAL-2
SSS-3
GAL-3
SSS-5
GAL-4
SSS-6
GAL-6
SSS-7
Topázio
Oceania
PS-1
SF-1
PS-2
SF-2
PS-3
COS-1
HEAP-1
COS-2
HEAP-2
COS-3
12:40–15:00
Lunch
Lunch
Lunch
Lunch
Lunch
11:00–12:40
8
Programme Book
Afternoon
Mon (25/Nov)
Tue (26/Nov)
Wed (27/Nov)
Thu (28/Nov)
Fri (29/Nov)
15:00–15:30 A New Chinese
Diamante
Astronomy
New
Opportunities
ESO: Present
and Future
Mmtron
T. de Graauw
Center in Chile
with the Gemini
A. Kaufer
(ALMA, Chile)
Z. Wang
(CASSACA,
Observatory
M. Boccas
(ESO, Chile)
Chile)
(Gemini
Observatory,
USA)
15:30–16:10 Supergiants,
Diamante
Stellar Winds
Active Galactic
Nuclei
Galactic
Dynamics:
The SOFIA
Airborne Infrared
and Mass-loss
P. Arévalo
Origin, History,
Observatory - first
L. Cidale
(UNLP,
(PUC, Chile)
Present and
Prospect
science highlights
and future science
Argentina)
B. Pichardo
potential
(UNAM, Mexico) H. Zinnecker
(SOFIA Science
Center, NASA,
USA)
16:10–16:40 Abundance
Diamante
determinations
in ionized
Diversity of
protoplanetary
disks in stellar
nebulae and
clusters: the
their sensitivity case of the
to temperature
M. Rodríguez
sigma Orionis
cluster
(INAOE, Mexico) J. Hernández
Determining the Star and planet
distances of the formation in the
Free
structures
era of the
surrounding
super-massive
submillimeter
observatories
black holes
K. Steenbrugge
SMA/ALMA
L. Zapata
(UCN, Chile)
(UNAM, Mexico)
(CIDA,
Venezuela)
16:40–17:30 Coffee &
Posters
Coffee &
Posters
Coffee &
Posters
Coffee &
Posters
Sessions
Sessions
Sessions
Sessions
SSS-2
AGN-1
SSS-4
AGN-2
SSS-7
GAL-5
SSS-9
GAL-7
ISM-1
INST-1
ISM-2
INST-2
AGN-3
TO-1
TO-2
Short talks
Parallel
Short talks
Parallel
Short talks
Parallel
Sessions
Sessions
Sessions
Sessions
Diamante
Esmeralda
SSS-2
AGN-1
SSS-4
AGN-2
VVV-1
GAL-5
SSS-8
GAL-7
Topázio
Oceania
ISM-1
INST-1
ISM-2
INST-2
AGN-3
TO-1
VVV-2
TO-2
17:30–19:10 Short talks
Parallel
9
Short Talks: Parallel Sessions
Monday morning, 25 November
Session
Talks
GAL-1
The abundance of galaxies and dark matter halos in the ΛCDM Universe
Abadi, M. G.
The Formation of dSph galaxies
Fellhauer, M.; Assmann, P.; Wilkinson, M.I.
Constraining Galaxy Evolution with Scaling Relations
de la Rosa, I.G.; Ferreras, I.; Dominguez, H.; Lopes, P. A. A.
How do Brightest Cluster and Group galaxies grow? Observations vs Models
Oliva-Altamirano, P.; Brough, S.; Lidman, C.; Couch, W.; Taylor, E.
Quenching Star Formation Now and Then: Downsizing of the Mass Flux Density in the
Green Valley
Gonçalves, T. S.; Menéndez-Delmestre, K.; Nogueira-Cavalcante, J. P.; Martin, D. C.;
Lopes, P. A. A.
SSS-1
A study of the recent chemical evolution of the Large Magellanic Cloud
Palma, T.; Clariá, J. J.; Geisler, D.; Ahumada, A. V.
Star clusters in an infalling galaxy
Mora M.D.; Chanamé J.; Puzia T.
Planetary nebulae near the Galactic centre: chemical abundances
Cavichia, O.; Costa, R. D. D.; Maciel, W. J.; Molla, M.
New axion bounds from the white dwarf luminosity function
Melendez, B. E.; Miller Bertolami, M. M.
10
PS-1
Multi-band characterization of hot jupiters using OPD data
M. Moyano; L. A. Almeida; F. Jablonski
Creep tides. A new model to study the tidal evolution of close-in satellites and exoplanets
Ferraz-Mello, S.
Stellar Occultations by Transneptunian and Centaurs Objects: results from more than 10
observed events
Braga-Ribas, F.; Vieira-Martins, R.; Assafin, M.; Camargo, J. I. B.; Sicardy, B.; Ortiz, J.L.
Imaging polarimetry of the potentially planet-forming circumstellar disk HD 142527. The
NaCo view
Cánovas, H.; Ménard, F.; Hales, A.; Jordán, A.; Schreiber, M. R.; Casassus, S.; Gledhill, T. M.;
Pinte, C.
The Janus-Epimetheus Ring
Winter, O.C.; Pinho, A.; Sfair, R.; Mourao, D.C.; Foryta, D.; Giuliatti Winter, S.M.
SF-1
Observational diagnostics of young stellar objects in NGC 2264
Silvia Alencar; Jerome Bouvier; John Stauffer; CSI2264 Team
The SONYC survey: Towards a complete census of brown dwarfs in star forming regions
Kora Muzic; Aleks Scholz; Ray Jayawardhana; Vincent C. Geers; P. Dawson; T. P. Ray;
M. Tamura
Millimeter and Far-IR observations of the IRDC G341.24-0.27
Vasquez, J.; Cappa, C.; Romero, G.; Rubio, M.
A X-ray view of young star population in CMa R1
Santos-Silva, T.; Gregorio-Hetem, J.; Montmerle, T.
Programme Book
Monday afternoon, 25 November
Session
Talks
SSS-2
Asteroseismology of massive pulsating DA white dwarf stars with fully evolutionary
models
A. D. Romero; S. O. Kepler; A. H. Córsico; L. G. Althaus; L. Fraga
MLS110213:022733+130617: A new eclipsing polar above the period gap
Silva, K.M.G.; Rodrigues, C.V.; Oliveira, A.S.; Almeida, L.A.; Cieslinski, D.; Costa, J.E.R.
Symbiotic stars in X-rays and UV
Luna, G. J. M.; Sokoloski, J. L.; Mukai, K. , Nelson, T.; Nuñez, N. E.
Time-lapse and flickering mapping of accretion discs: measuring the disc viscosity
parameter
Raymundo Baptista
AGN-1
IFU properties of 10 Early-type galactic nuclei
Ricci, T. V.; Steiner, J. E.; Menezes, R. B.
Co-evolution of Supermassive Black Holes and Galaxies in the near Universe
Thaisa Storchi-Bergmann
The Role of AGN Feedback in the Evolution of Seyfert Galaxies
Mueller-Sanchez, F.; Malkan, M.; Hicks, E.; Davies, R.
Gap Formation in Circumbinary AGN Disks
Escala, A.; Del Valle, L.
ISM-1
A new catatalogue of HI supershell candidates in the outer part of the Milky Way
Suad, L. A.; Caiafa, C. F.; Arnal, E. M.; Cichowolski, S.
Photostability of Organic Molecules in Circumstellar Environment
Monfredini, T.; Wolff, W.; Mendoza, E. F.; Lago, A. F.; Rocco, M. L. M.; Boechat-Roberty, H. M.
Gas, dust and star formation in the infrared dust bubble S 24
Cappa, C.E.; Vasquez, J.; Firpo, V.; Duronea, N.U.; Romero, G.A.; Rubio, M.
The role of reconnection diffusion in the gravitational collapse of turbulent cloud cores
Leão, M. R. M.; de Gouveia Dal Pino, E. M.; Santos-Lima, R.; Lazarian, A.
INST-1
LLAMA Project
E.M. Arnal; Z. Abraham; G. Giménez de Castro; E.M. de Gouveia dal Pino; J.J. Larrarte;
J. Lepine; R. Morras; J. Viramonte
SOUTH POL: Revealing the Polarized Southern Sky
Magalhães, A. M.
The hard X-ray telescopes for MIRAX and protoMIRAX
Braga, J.; D'Amico, F.; Ávila. M. C.; Rodrigues, B. H.; Grindlay, J. E.; Allen, B.; Hong, J.;
Barthelmy, S.; Rothschild, R. R.
Cherenkov Telescope Array (CTA)
Barres de Almeida, U.; De Gouveia Dal Pino, E.
11
Tuesday morning, 26 November
Session
Talks
GAL-2
Evolution models for spiral and irregular galaxies
M. Mollá; O. Cavichia; R. D. D. Costa
Galaxy And Mass Assembly (GAMA): The connection between metals, specific SFR and
H I gas in galaxies: the Z-SSFR relation
Lara-Lopez, M. A.; Hopkins, A. M.; GAMA team
Evolution of the Mass-Metallicity relations in passive and star-forming galaxies from
SPH-cosmological simulations
A.D. Romeo; J. Sommer-Larsen; N.R. Napolitano; V. Antonuccio-Delogu
The formation of stellar haloes of massive Spirals in hierarchical scenario
Patricia B. Tissera; Timothy C. Beers; Daniela Carollo; Cecilia Scannapieco
The effects of dark matter halo on the mass loss process in dwarf galaxies: results from
3D hydrodynamical simulations
Lanfranchi, G.A.; Ruiz, L. O.; Falceta-Goncalves, D.; Caproni, A.
SSS-3
Two rings but no fellowship: LoTr 1 and its relation to planetary nebulae possessing
Barium central stars
Tyndall, A.A.; Jones, D.; Boffin, H.M.J.; Miszalski, B.; Faedi, F.; Lloyd, M.; Lopez, J.A.; Martell,
S.; Pollacco, D.; Santander Garcia, M.
Search for Southern Galactic Be star candidates
B. E. Sabogal; A. García-Varela; R. E. Mennickent
Viscous Disks in Be Stars
Rimulo, L. R.; Carciofi, A. C.; Mota, B. C.; Haubois, X.; Rivinius, T.
The Be star Achernar and its circumstellar environement
Faes, D. M.; Carciofi, A. C.; Domiciano de Souza, A.
12
PS-2
Young Brown Dwarfs as Giant Exoplanet Analogs
Faherty, J. K.; Rice, E.; Cruz, K.
Tidal evolution of close-in exoplanets in co-orbital configurations
Rodríguez, A.; Giuppone, C.A.; Michtchenko, T.A
Precise stellar occultation predictions for 39 selected TNOs/Centaurs
Camargo, J.I.B.; Assafin, M.; Vieira-Martins, R.; Sicardy, B.; Braga-Ribas, F.; Desmars, J.;
Benedetti-Rossi, G.; Dias-Oliveira, A.; Andrei, A.H.; da Silva Neto, D.N.
Large Semimajor Axis Centaurs: where do they come from?
Gomes, R. S.; Soares, J. S.; Brasser, R.
Atlas of the three body resonances in the Solar System
Gallardo, T.
SF-2
The SACY view of the Sco-Cen complex
Claudio H. F. Melo; Carlos A. O. Torres; Germano R. Quast; Ramiro de la Reza; Juarez B. de
Carvalho
The Role of Local Environment in Stellar Cluster Formation
Carlos G. Román-Zúñiga
Deuteration and fragmentation in massive star-forming regions
Rodón, J. A.; Beuther, H.; Zhang, Q.; Schilke, P.
Formation Models of Cometary Ices in Protoplanetary Disks
Chaparro, G.; Kamp, I.
A kinematic study of the Lupus star-forming region
Galli, P.A.B.; Bertout, C.; Teixeira, R.; Ducourant, C.
Programme Book
Tuesday afternoon, 26 November
Session
Talks
SSS-4
A new library of theoretical stellar spectra for stellar population applications
Coelho, P.
Improvement and analysis of the MILES library for stellar population modelling
Milone, A.; Sansom, A.; Vazdekis, A.; Sánchez-Blázquez, P.; Allende Prieto, C.;
Falcón Barroso, J.
Estimating metallicities with isochrone fits done by global optimization to photometric
data of open clusters
Monteiro, H.; Oliveira, A. F.; Dias, W. S.; Caetano, T. C.
Modeling photometric and spectroscopic data of HS 2231+2441: an HW Vir type system
with a brown dwarf companion
Almeida, L. A.; Daminelli, A.; Rodrigues, C. V.; Cieslinski, D.
AGN-2
Gas dynamics in the Galactic Centre: clump accretion and outflows
Cuadra, J.
Parsec-scale Activity in BL Lacertae: Signature of Relativistic Jet Precession
Caproni, A.; Abraham, Z.; Monteiro, H.
The incidence of short time scale variability on different types of Blazars
Andruchow, I.; Cellone, S. A.; Romero, G. E.
The Multiwavelength Study of OH Megamaser Galaxy IRAS16399-0937
Dinalva A. Sales; A. Robinson; D. J. Axon; J. Gallimore; P. Kharb; R. L. Curran; C. O’Dea;
S. Baum; R. Mittal
ISM-2
The deceleration of nebular shells in evolved planetary nebulae
Margarita Pereyra; Michael G. Richer; José Alberto López
The Carbon Content in Galactic Ring Nebulae: CNO Nucleosynthesis in Massive Stars
A. Mesa-Delgado; J. García-Rojas; C. Esteban; F. Bresolin; C. Morisset
Ionization Correction Factors in Planetary Nebulae
Delgado Inglada, G.; Morisset, C.; Stasinska, G.
Carbon and Oxygen Abundances from Recombination Lines in Low Metallicity HII
Regions
Esteban, C.; García-Rojas, J.; Carigi, L.; Mesa-Delgado, A.
The internal density structure of Giant HII Regions
H.O. Castañeda; H.E. Caicedo Ortiz; J. Perez Oregón
INST-2
Observational Results using BTFi
Quint, B.; Mendes de Oliveira, C.; BTFI Team
BOMBOLO: a Multi-Band, Wide-field, Near UV/Optical Imager for the SOAR 4m Telescope
Angeloni, R.; Guzman, D.; Puzia, T.H.; Infante, L.; Kanaan, A; Oliveira, C.; et al.
New algorithm for centroiding in elongated Shack-Hartmann wavefront sensors spots
using artificial neural networks
Mello, A. T.; Kanaan, A.; Guzman, D.; De Cos, F. J.
GeMS/GSAOI: from commissioning to operations and science results
E. R. Carrasco; B. Neichel; F. Rigaut; C. Winge; F. Vidal; P. Pessev; A. Serio; G. Arriagada; W.
Rambold; J. Luhrs; M. Boccas; C. Dorgeville; V. Fesquet; A. Lopez; C. Trujillo; R. Galvez; G.
Gausachs; C. Araujo; T. Vucina; V. Montes; C. Urrutia; C. Moreno; C. Marchant; F. Collao; S.
Diggs; F. Collao; G. Trancho; M. Bec
13
Wednesday morning, 27 November
Session
Talks
GAL-3
TP-AGB stars and population synthesis models
Gustavo Bruzual
Spectral Synthesis of Star-forming Galaxies in the Near-Infrared
Martins, L.P.; Rodríguez-Ardila, A.; Diniz, S.; Riffel, R.; de Souza, R.
A new class of galaxies (?): ultra-compact dwarfs
Mieske, S.
Andromeda's interplay with its dwarf companions
Gonçalves, D. R.; Carneiro, C. M.; Magrini, L.; Teodorescu, A. M.
Assessment of the SFH retrieved from synthetic u'g'r'i'z' photometry of galaxies
Mejía, A.J.; Magris, G.
SSS-5
Δ observations of three globular clusters: NGC 104 NGC 6205 NGC 7099
Paunzen, E.; Illiev, I. K.; Pintado, O. I.
Dynamical Properties of Blue Straggler Stars in Galactic Globular Clusters: NGC3201,
Omega Cen and NGC6218
Simunovic, M.; Puzia, T. H.
Metallicity effects on globular clusters: size and colour
Sippel, A. C.; Hurley, J. R.
R-Process Abundances in Metal-Poor Galactic Halo Stars
Siqueira-Mello, C.; Barbuy, B.; Spite, M.; Spite, F.
PS-3
Detectability of Habitable Planets around Very Low-Mass Stars
Martioli, E.; Martín, E. L.; Cabrera, J.; Solano, E.; Tata, R.
Tidal, thermal and magnetic evolution of terrestrial exoplanets in the habitable zone of
dwarf stars
P. Cuartas-Restrepo; M. Melita; J. Zuluaga; J. Hoyos; M. Sucerquia
Mapping the early distribution of volatiles in the Main Belt with the JPAS/J-PLUS
photometric survey
J. M. Carvano; M. De Prá; D. Lazzaro; F. Roig; A. Alvarez-Candal; T. Mothé-Diniz
A dynamical mechanism to produce high-inclinations TNOs
Brasil, P.I.O.; Gomes, R.S.; Nesvorný, D.
Solar astrometry and the heliometer of Rio de Janeiro
Sigismondi C.; Boscardin S. C.; Andrei A. H.; Reis Neto E.; Penna J. L.; D'Avila V. A.
COS-1
14
The Local Group in a explicit cosmological context
Jaime E. Forero-Romero; Yehuda Hoffman; Sebastian Bustamante; Stefan Gottloeber; Gustavo
Yepes
Cosmology from the Angular Correlation Function and Galaxy Clusters
Marcos Lima; Hugo Camacho; Michel Aguena; DES-Brazil consortium
Halo-based reconstruction of the cosmic mass density field
Muñoz-Cuartas, J. C.; Müller, V.; Forero-Romero, J. E.
Globular clusters as tracers of the hierarchical formation of the Milky Way
Carballo-Bello, J. A.; Martínez-Delgado, D.; Sollima, A.; Muñoz, R.
Huge-LQG- the largest structure in the universe
Roger G. Clowes; Srinivasan Raghunathan; Kathryn A. Harris; Luis E. Campusano;
Ilona K. Sochting; Matthew J. Graham
Programme Book
Thursday morning, 28 November
Session
Talks
GAL-4
First spatially-resolved observations of ionized gas in submillimeter-selected highredshift starbursts
Menéndez-Delmestre, K.; Blain, A. W.; Swinbank, M.; Smail, I.; Ivison, R.J. ; Chapman, S. C.;
Gonçalves, T. S.
Comparing galaxy populations in compact and loose groups of galaxies
Martinez, H.J.; Coenda, V.; Muriel, H.
CALIFA: The local extragalactic universe unveiled (survey status)
Rosales-Ortega, F. F.; Sánchez, S. F.; CALIFA team
Fireworks at the center of the Milky Way
João E. Steiner; Roberto B. Menezes; Daniel Amorim de Oliveira
Mapping dust-obscured light in CALIFA galaxies
Vale Asari, N.; Wild, V.; Kennicutt, R.; Cid Fernandes, R.
SSS-6
Primera identificación astrométrica y espectrofotométrica de miembros de Bochum 7
Corti, M. A.; Orellana, R. B.; Bosch, G. L.
A photometric study of M67: anchoring measurements for the determination of
astrophysical parameters of bright stars
Dalle Mese, G.; Lopez-Cruz O.; Schuster, W.; Chavarria, C.; Garcia, G
The GALEX Nearby Young-Star Survey
Rodriguez, David R.; Zuckerman, B.; Kastner, Joel H.; Bessell, M. S.; Faherty, Jacqueline K.;
Murphy, Simon J.; Vican, Laura
The Gaia-ESO Survey: detailed abundances for thousands of FGK-type stars
Smiljanic, Rodolfo
The WFCAM Variable Star Catalog and New Variability index
Ferreira Lopes, C. E.; Dekany, I.; Catelan, C.; Angeloni, R.; De Medeiros, J. R.
COS-2
The SOAR Gravitational Arc Survey
Makler, M.; Furlanetto, C.; Santiago, B. X.; Caminha, G. B.; Cypriano, E.; Cibirka, N.; Pereira, M.
E. S.; Bom, C. R. D.; Lima, M. P.; Brandt, C. H.; Neto, A. F.; Estrada, J.; Lin, H.; Hao, J.; McKay,
T. M.; da Costa, L. A. N.; Maia, M. A. G.
A Systematic Study of the NFW and SIS Elliptical Lensing Models in the Strong Regime
Dúmet-Montoya, H. S.; Caminha, G. B.; Makler, M.
The CFHT/MegaCam Stripe-82 Survey
Moraes, B.; Kneib, J.-P.; Leauthaud, A.; Makler, M.; Van Waerbeke, L.; Bundy, K.; Erben, T.;
Heymans, C.; Hildebrandt, H.; Miller, L.; Shan, HY.; Woods, D.; Charbonnier, A.; Pereira, M.E.
High Mass X-ray Binaries at the Dawn of the Universe
I.F. Mirabel
HEAP-1 Acceleration of Cosmic Rays in the FERMI and CTA Era
de Gouveia Dal Pino, E. M.; Kowal, G.; Lazarian, A.
The Gravitational Drag Force on an Extended Object Moving in a Gas
Bernal, C. G.; Sánchez-Salcedo, F. J.
Time lags of the kilohertz quasi-periodic oscillations in the low-mass X-ray binaries 4U
1608-52 and 4U 1636-53
Marcio G B de Avellar; Mariano Méndez; Andrea Sanna; Jorge Horvath
Unveiling the nature of an ultra-luminous X-ray source through the kinematics and
structure of its optical counterpart
Fuentes-Carrera, I.; Rosado, M.; Arias, L.; Moreno-Mendez, E.; Borissova, J.; Flores, H.;
Goncalves, D.; Salinas, A.
15
Thursday afternoon, 28 November
Session
Talks
VVV-1
The VVV Survey
D. Minniti; VVV Science Team
The wide view of the Bulge from the VVV survey
Oscar A. Gonzalez; Dante Minniti; Philip Lucas; Marina Rejkuba; Manuela Zoccali;
Elena Valenti; Roberto Saito; Jim Emerson; Ignacio Toledo; Maren Hempel
Variable stars in the VVV globular clusters
Alonso-García, J.; Dékány, I.; Catelan, M.; Contreras, R.; Minniti, D.
Searches for variability in the Milky Way bulge with the VVV Survey
R. K. Saito; D. Minniti; F. Gran; D. Iglesias; G. Muro; I. Dekany
The general catalog of VISTA variables in the Via Lactea
Istvan Dekany; Joyce Pullen; Dante Minniti; Marcio Catelan
GAL-5
The role of the corotation resonance in the secular evolution of disks of spiral galaxies
Jacques R.D. Lepine; S. Scarano Jr.; D. A. Barros; T. C. Junqueira; W.S.Dias; S. Andrievsky
Bar and spiral arms dynamics in numerical simulations
Ivânio Puerari; Irapuan Rodrigues de Oliveira Filho
Pitch Angle Restrictions in Normal Spiral Galaxies Based on Ordered and Chaotic Orbital
Behavior
Perez-Viilegas, A.; Pichardo, B.
Probing the assembly of galaxy groups with intragroup light
Eigenthaler, P.
Backsplash Galaxies
Muriel, H.; Coenda V.
AGN-3
AGN torus properties with WISE
Nikutta, R.; Nenkova, M.; Hunt-Walker, N.; Ivezic, Z.; Elitzur, M.
HST and Spitzer point source and dust lane detection in powerful narrow-line radio
galaxies
Edgar A. Ramirez; C. N. Tadhunter; D. Dicken; M. Rose; D. Axon; W. Sparks
Collimation and scattering of the AGN emission in the Sombrero galaxy
Menezes, R. B.; Steiner, J. E.; Ricci, T. V.
Coronal Emission in the Active Galactic Nuclei and its relationship to outflows
Rodriguez-Ardila, A.; Mazzalay, Z.; Riffel, R.
TO-1
16
Assessing and evaluating: a case study in the framework of EU-UNAWE Italy project
Lara Albanese; James Bradburne; Alessandra Zanazzi
Life in the Cosmic Context. An Astrobiology Course as an Experiment in
Transdisciplinarity
Amancio Cesar Santos Friaca; Eduardo Janot Pacheco
"Planetário e Teatro Digital Johannes Kepler" and its Institutional Pedagogical Project
Faria, R. Z.; Calil, M. R.; Perez, E. R.; Kanashiro, M.; Silva, L. C. P.; Calipo, F.
Brazilian Participations in the International Astronomical Search Collaboration
Rojas, G. A.; Dalla-Costa, L. J.; Kalmus, A. T.; Kroth, E. C.; Matos, M. F.; Silva, A. L.; Silva, G. G.
Alfabetización en Astronomía de docentes de Educación Primaria y de Educación
Secundaria en La Plata
De Biasi, M.S.; Orellana, R.B.
Programme Book
Friday morning, 29 November
Session
Talks
GAL-6
BUDHIES: a Blind Ultra Deep HI Environmental Survey
Yara L. Jaffé; Bianca M. Poggianti; M. A. Verheijen; Jacqueline H. van Gorkom
Emission line imaging survey of the Abell 901/902 supercluster
Ana Chies-Santos; Bruno Rodriguez del Pino; Alfonso Aragón-Salamanca; Steven Bamford;
Meghan Grey
The Next Generation Virgo Cluster Survey - Infrared (NGVS-IR)
Thomas H. Puzia; Roberto Munoz; Ariane Lancçon; NGVS collaboration
The UV GRB host galaxy luminosity function
Schulze, S.
The Andromeda galaxy M31 in the era of precision cosmology
David Valls-Gabaud
SSS-7
A new insight to the O Vz stars within the framework of the GOSS Survey
Arias, J. I.; Maíz Apellániz, J.; Barbá, R. H.; Walborn, N. R.; Sota, A.; Morrell, N. I.; Alfaro, E.;
Gamen, R. C.
OWN Survey: results after seven years of high-resolution spectroscopic monitoring of
Southern O and WN stars
Barba, R.H.; Gamen, R.; Arias, J.; Morrell , Walborn, N.; Maiz Apellaniz, J.; Alfaro, E.; Sota, A.
Overview of Stellar Interferometry and its contribution to the study of massive stars
Kanaan, S.; Meilland, A.; Millour, F.; Cure, M.; Chesneau, O.; Borges, M.; Cidale, L.; Arcos, C.
Integral Field Unit spectroscopy of supernova host galaxies
Lluís Galbany; Vallery Stanishev; Ana Mourão; Myriam Rodrigues; Hector Flores; CALIFA
Collaboration
Subluminous type Ia supernovae
Gonzalez-Gaitan, S.
COS-3
Multi-fractal and lacunarity spectrum analysis of the galaxy distribution in the SDSS 9th
data release
Chacón-Cardona, C. A.; Casas-Miranda, R. A.
Contrast density and mass function for spherical collapse of Lemaitre-Tolman-Bondi
metric since fractal point of view
Chacón-Cardona, C.A.; Casas-Miranda, R.A.
Gaussian analyses on PLANCK CMB maps
Bernui, Armando
A data-driven approach to the emission line properties of star-forming galaxies
Sodre Jr., L.; Sirico, A. C. A.
HEAP-2 Mass and energy of GRB-SNC events: multi-wavelength analysis of three associations in
the context of the full sample
Olivares E., F.; Greiner, J.; Schady, P.; Klose, S.; Krühler, T.; Rau, A.; Savaglio, S.; Kann, D.A.;
Pignata, G.; Elliott, J.; Rossi, A.; Nardini, M.; Afonso, P.M.J.; Filgas, R.; Nicuesa Guelbenzu, A.;
Schmidl, S.; Sudilovsky, V.
Runaway massive stars as a new class of galactic gamma-ray sources
del Valle, M.V.; Romero, G.E.
Spectral analysis of type II Supernovae
Claudia P. Gutiérrez; Joseph P. Anderson; Mario Hamuy; Santiago Gonzalez-Gaitán; Gastón
Folatelli; CSP team
Astronomy and Astrophysics in the Colombian Andes: the PAS Project
Asorey, H.; Núñez, L. A.
17
Friday afternoon, 29 November
Session
Talks
SSS-8
Supernova remnants colliding with molecular clouds: From high- to low-energy interactions
Montmerle, T.
A new class of type Ia Supernovae
Pignata G.; Taubemberger S.; Kromer, M.; Pakmor R.
Recurrent solar coronal jets induced by magnetic emergence
Y. Guo; P. Démoulin; B. Schmieder; M. D. Ding; S. Vargas Domínguez; Y. Liu
Mass extinctions, galactic orbits in the solar neighborhood and the Sun: a connection?
Gustavo F. Porto de Mello; Wilton S. Dias; Jacques Lépine; Diego Lorenzo-Oliveira; Rodrigo
Kazu Siqueira
GAL-7
The LMC outer disk stellar population in the light of the Dark Energy Survey
Balbinot, E.; Santiago, B.; Girardi, L; da Costa, L. N.; Maia, M.A.G.
The satellite population of Milky Way/Andromeda-sized galaxies
Avila-Reese, V.; Rodriguez-Puebla, A.
Star formation outside the Elliptical Galaxy NGC2865
Urrutia-Viscarra, F.; Arnaboldi, M.; Mendes de Oliveira, C.; Torres-Flores, S.; de Mello, D.;
Carrasco, R.
Galaxy evolution-Star formation connection: from pc to kpc scales
Melioli, C.; de Gouveia Dal Pino, E. M.
Herschel-ATLAS and ALMA: I. A z=1.027 Einstein Ring of Molecular Gas and Dust
Hugo Messias; Gustavo Orellana; Shane Bussmann; Jae A. Calanog; Helmut Dannerbauer;
Simon Dye; Simone Fleuren; Hai Fu; Edo Ibar; Rob Ivison; Andrew Inohara; Neil Nagar; Mattia
Negrello; Alain Omont; Dominik A. Riechers; Yun-Kyeong Sheen; Simon Amber; Nathan Bourne;
Mark Birkinshaw; Dave Clements; Asantha Cooray; Stephen Eales; Ricardo Demarco; Loretta
Dunne; Roxana Lupu; Steve Maddox; Michal Michalowski; Dan Smith; Matt Smith; Elisabetta
Valiante; Gianfranco De Zotti
VVV-2
Reddening-Free Indices in the VISTA Filter System
Catelan, M.; Leyton, P.
Near-Infrared Photometric Parameters of Galactic Globular Clusters From the VVV Survey
Cohen, R. E.; Mauro, F.; Moni Bidin, C.; Geisler, D.; Villanova, S.
Study of Young Stellar Clusters in the Nebular Complex NGC6357 with VVV
Lima, E. F.; Bica E.; Bonatto C.; Saito R. K.
Proper motions and brown dwarfs in the VVV survey
Beamín, J.C.; Minniti, D.; Gromadzki, M.; Kurtev, R.; Ivanov, V.D.; Lucas, P.; Saito, R.K.;
Borissova, J.
Weather on Other Worlds: Brown Dwarf variability and VVV
Kurtev, R.; Metchev, S.; Heinze, A.; Gromadzki, M.; Ivanov, V.D.; Minniti, D.; Beamin, J.C.;
Borissova, J.
TO-2
The IAU Office of Astronomy for Development: Opportunities for Latin America
Kevin Govender
The GalileoMobile Project
Benítez, S.; Bhatt, M.; Bonoli, S.; Bühler, D.; Canas, L.; Candelaresi, S.; Dasí Espuig, M.;
Gomes, N.; Joshi, J.; Kobel, P.; Penteado, E. M.; Rivero González, J.; Schoenell, W.; Silva, P. B.;
Sordo, F.; Spinelli, P. F.; Strubbe, L.; Varguez, M.; Vasquez, M.
IOAA 2012: The first scientific international olympiad in Brasil, opening doors for 2016
Jorge Carvano; Thais Mothé-Diniz; Albert Bruch; Carlos Alexandre Wuensche; Eugênio Reis
Neto; Josina Nascimento; Fernando Vieira; Helio Jacques Rocha-Pinto; Carlos Eduardo
Quintanilha; Jaime Fernando Villas da Rocha; João Batista Garcia Canalle
The Latin American Journal of Astronomy Education (RELEA): contributions and
perspectives
Bretones, P. S.; Jafelice, L. C.; Horvath, J. E.
18
Programme Book
Session Chairs
Mon (25/Nov)
Morning:
Plenary
Morning:
Parallel
sessions
Afternoon:
Plenary
Afternoon:
Parallel
sessions
Tue (26/Nov)
Wed (27/Nov)
Thu (28/Nov)
Fri (29/Nov)
Sylvio
Ferraz Mello
Igor F.
Mirabel
Franz
Bauer
Laerte
Sodré
Kepler
Oliveira
GAL-1
Patricia
GAL-2
Natalia
GAL-3
Fabián
GAL-4
David
GAL-6
Paola C.
Tissera
Vale Asari
Rosales-Ortega
Valls-Gabaud
Oliva-Altamirano
SSS-1
SSS-3
SSS-5
SSS-6
SSS-7
Roberto
Saito
Alex
Carciofi
TBD
TBD
Márcio
Catelan
PS-1
Tabare
PS-2
Cristian
PS-3
Gonzalo
HEAP-1
Hernán
HEAP-2
João
Gallardo
Beauge
Tancredi
Asorey
Braga
SF-1
SF-2
COS-1
COS-2
COS-3
TBD
Silvia
Alencar
TBD
Luis
Campusano
Raul
Abramo
Mario
Abadi
Miriani
Pastoriza
Rosa González
Delgado
Silvia
Torres-Peimbert
SSS-2
TBD
SSS-4
Gustavo
VVV-1
Manuela
SSS-8
Cristina
Bruzual
Zoccali
Mandrini
AGN-1
AGN-2
GAL-5
GAL-7
Patricia
Arévalo
Alberto
Rodriguez-Ardila
Horacio
Dottori
Barbara
Pichardo
ISM-1
Gloria
ISM-2
Grazyna
AGN-3
Katrien
VVV-2
Rodolfo
Delgado Inglada Stasinska
Steenbrugge
Angeloni
INST-1
INST-2
TO-1
TO-2
TBD
Antonio
Kanaan
Kevin
Govender
TBD
19
Posters
Posters are organised by session and ordered alphabetically by the presenting author. Presenting authors
are underlined. Planetary systems (PS)
PS-1: 1 - Stellar occultation by the trans-Neptunian object 2002 KX14
A. Alvarez-Candal; J.L. Ortiz; N. Morales; R. Duffard; S. Littlefair; V.S. Dhillon; B. Sicardy; S. Mottola; S.
Hellmich; T. Marsh; T. Shahbaz
PS-1: 2 - Rotation of Multi-layered Super-Earths
Nelson Callegari Jr.
PS-1: 3 - Stable low-altitude orbits around Ganymede considering a disturbing body in a circular
orbit
Cardoso dos Santos, J.; Carvalho, J. P. S.; Vilhena de Moraes, R.
PS-1: 4 - Disk-planet interactions
de Paula, L. A.; Michtchenko, T. A.
PS-1: 5 - Improvement of TNO's Ephemerides in the context of stellar occultations
Desmars, J.; Braga-Ribas, F.; Vieira-Martins, R.; Camargo, J.I.B.; Assafin, M.
PS-1: 6 - Study of Pluto's atmosphere from stellar occultation
Alex Dias de Oliveira; B. Sicardy; J. I. B. Camargo; R. Vieira-Martins; M. Assafin; F. Braga-Ribas; A. H.
Andrei; D. N. da Silva Neto; A. Doressoundiram; E. Lellouch; F. Roques; T. Widemann; F. Colas; C. Dumas;
V. D. Ivanov; J. H. Girard; J.L. Ortiz; R. Andres; L. Espinoza; L. Vanzi; E. Meza
PS-1: 7 - Small asteroid fragments in earth-crossing orbits
Duha, J.; Afonso, G.B.
PS-1: 8 - Use of Mathematica software in the study of planetary dynamics
Natasha Fioretto Aguero; Tatiana A. Michtchenko
PS-1: 9 - Finding new planets around solar twins using the HARPS/ESO spectrograph
Freitas, C. F.; Meléndez, J.
PS-1: 10 - Asteroids in the quasi-Hilda comet group
R. Gil-Hutton
PS-1: 11 - Dust production of the small satellites immersed in the arcs/ring of Saturn
Giuliatti Winter, S.M.; Sfair, R.
PS-1: 12 - Astrometric positions for the irregular satellites of Jupiter, Saturn and Neptune
Gomes Jr, A. R.; Assafin, M.; Vieira Martins, R.; Camargo, J. I. B.
PS-1: 13 - Shape effects on the spectra of asteroids
Gonzales, J.; Carvano, J.M.
PS-2: 14 - Identification of families halos in a multi-domain space composed by proper elements
M. E. Huaman; V. Carruba; R. C. Domingos; D. Nesvorný; F. Roig; D. Souami
PS-2: 15 - A New Paradigm for Habitability in Planetary Systems: the Extremophile Zone
Janot-Pacheco, E.; Bernardes, L.
PS-2: 16 - Close-in planets around giant stars
Jones, M. I.; Jenkins, J. S.; Rojo P.; Melo, C. H. F.
PS-2: 17 - Irregular satellite capture by migration in protoplanetary disks
Lemos, P.; Gallardo, T.
PS-2: 18 - Dynamical evolution of differentiated asteroid families
Martins-Filho, W. S.; Carvano, J.; Mothe-Diniz, T.; Roig, F.
PS-2: 19 - The Evolution of the G Ring Arc under the Effects of the Resonance with Mimas and the
Solar Radiation Force
Mourão, D. C.; Giuliatti Winter, S. M.; Sfair, R.
20
Programme Book
PS-2: 20 - Programa de observación de ocultaciones de estrellas desde el Observatorio Nacional de
Llano del Hato
O. Naranjo; G. Navas; P. Rosenzweig; E. Guzmán; R. Alvarez; L. Zerpa; J. Villarreal; N. Villa
PS-2: 21 - Observación de objetos cercanos a la Tierra O. Naranjo; G. Navas; P. Rosenzweig; E. Guzmán; L. Zerpa; R. Alvarez; J. Villarreal; D. Collazo
PS-2: 22 - The Behavior of Regular Satellites during the Nice Model's Planetary Close Encounters
Nogueira, E.C.; Gomes, R.S.; Brasser, R.
PS-2: 23 - Small-body colors from the UV to the IR: bringing together all space and ground-based
observations
Penteado, P.; Trilling, D.
PS-2: 24 - The most common habitable planets -- atmospheric characterization of the subgroup of
fast rotators
Pinotti, R.
PS-2: 25 - Asteroids Atiras: study of stability and dynamical analysis of the region
Ribeiro, A. O.; De Prá, M. N.; Roig, F.; Carvano, J. M.
PS-2: 26 - Spin-Orbit Resonances in Super-Earth Systems Close to Mean-motion Commensurabilities
Ribeiro, F. B.; Callegari Jr., N.
PS-3: 27 - V-type asteroids among the Mars crosser population
Ribeiro, A. O.; Roig, F.; Cañada-Assandri, M.; Carvano, J. M. F.; Jasmin, F. L.; Alvarez-Candal, A.; GilHutton, R.
PS-3: 28 - Photometry and Spectroscopy of Asteroids Rich in Volatils of the Type Main Belt Comets
Rondón, E.; Carvano, J.; Lorenz-Martins, S.
PS-3: 29 - The IMPACTON project: rotational properties of NEAs
Silva J. S.; Lazzaro; Rodrigues T.; Carvano J. M; Roig F.; Dos Santos E.; Jasmin F. L.; Gonzalez J.; Ribeiro
A. O.; Hasselmann P. H; Nascimento M.
PS-3: 30 - Connecting the Circumstellar Habitable Zone to the Galactic Habitable Zone
Sime, M. K.; Friaca, A. C. S.
PS-3: 31 - Stellar occultations by trans-Neptunian objects
Vieira-Martins, R.; Braga-Ribas, F.; Camargo, J.I.B.; Assafin, M.; Sicardy B.
PS-3: 32 - Morphological analysis of the tail structures of comet 1P/Halley 1910 II
Voelzke, M. R.; Izaguirre, L. S.
PS-3: 33 - Contributions of geomorphology for the understanding of landscape evolution in rocky
planets of the Solar System
Alexandre, S. T.; Nunes, N. A.; Guerra, A. J. T.
PS-3: 34 - Finding 'jumps' in light curves using change-point algorithms
Boufleur, R. C.; Emilio, M.; de La Reza, J. R.; Janot-Pacheco, E.
PS-3: 35 - Towards understanding the late evolution of protoplanetary disks
Caceres, C.
PS-3: 36 - Finding minor Bodies with the JPAS/J-PLUS photometric surveys
De Prá, M. N.; Carvano J. M. F.; Lazzaro D.; Roig F.; Mothé-Diniz T.; Alvarez-Candal, A.; J-PAS Team
PS-3: 37 - Transit Timing Variations analysis in exoplanet host stars
Petrucci, R.; Jofré, E.; Schwartz, M.; Cúneo, V.; Martínez, C.; Saker, L.; Ferrero, L.; Artur, E.; Gómez, M.;
Mauas, P.
PS-3: 38 - About Hohmann Transfer with Orbital Plane Change
Ángel Rincón; Patricio Rojo
PS-3: 39 - Palaeogeographic reconstruction of Minchin palaeolake system, South America: the
influence of astronomical forcing
Andrea Sánchez-Saldías; Richard A. Fariña
PS-3: 40 - Photometry of Hot-Jupiters Type Exoplanets in Transiting Systems
Hickel, G. R.; Siqueira, M. F. F. T.
21
Stars & Stellar systems (SSS)
SSS-1: 41 - The BIOSUN project: an astrobiological approach to study the origin of life in the context
of the young Sun/solar stellar analogs
Abrevaya, X. C.; Hanslmeier, A.; Leitzinger, M.; Odert, P.; Horvath, J. E. ; Ribas, I.; Galante, D.; Porto de
Mello, G. F.
SSS-1: 42 - A long-term study of the Be star Mu Centauri in the L-band
Aguayo, G.; Martayan, C.; Mennickent, R. E.; Baade, D.; Rivinius, T.; Stefl, S.; Fabregat, J.
SSS-1: 43 - Determination of Li abundance in Solar type stars of intermediate brightness
Eliana Maritza Amazo-Gómez; Bosco Hernandez-Aguila; Miguel Chavez Dagostino; Emanuele Bertone;
Victor de la Luz
SSS-1: 44 - Hβ accretion disc maps of V2051 Oph along outburst: additional evidence in favor of the
mass-transfer instability model
Andrade, E.; Baptista, R.
SSS-1: 45 - Fast and slow radiation-driven wind solutions using ZEUS-3D
Araya, I.; Curé, M.; ud-Doula, A.; Santillán, A.
SSS-1: 46 - Effects of enhanced neutrino emission on the evolution of low-mass stars
Arceo-Diaz, S.; Schroeder, K-P.; Zuber, K.
SSS-1: 47 - Wind study of B supergiants stars
Arcos, C.; Curé, M. ; Kanaan, S.
SSS-1: 48 - On magnetic fields in barotropic stars
Armaza, C.; Reisenegger, A.; Valdivia, J. A.; Marchant, P.
SSS-1: 49 - Searching for cyclical period variations in cataclysmic variable stars
Bernardo Borges; Raymundo Baptista; Alexandre de Oliveira
SSS-2: 50 - Unveiling Type IIb Supernova Progenitors
Bufano, F.
SSS-2: 51 - Detailed differential chemical analysis of a poor metal star: new evidences about planet
formation
Carlos, M. G. C. C.; Meléndez, J.; Milone, A. C.
SSS-2: 52 - Characterization and search for periodicities on coronal mass ejections occurrence
Cecatto, J.R.; Guedes, M.R.G.
SSS-2: 53 - On the origin of the wind variability of 55 Cyg
M. Haucke; M. Kraus; R. Venero; S. Tomic; L. Cidale; M. Cure
SSS-2: 54 - The Study of Physical Parameters of Unclassified Stars with the B[e] Phenomenon
M. Boges Fernandes; Cesar A. H. Condori
SSS-2: 55 - The VVV Templates Project
R. Contreras Ramos; M. Catelan; R. Angeloni; I. Dékány; C. Navarrete; F. Gran; A. Jordán; J. Alonso-García;
R. K. Saito; J. Borissova; The VVV Templates Team
SSS-2: 56 - Extensive MultiConfiguration calculations of oscillator strengths useful for Astrophysics
Applications
Cruzado, A.; Di Rocco, H. O.; Marchiano, P. E.
SSS-2: 57 - A new method to disentangle the rotational velocities of stars: application to mainsequence field Stars
Curé, M.; Rial, D.F.; Cassetti, J.; Christen, A.
SSS-2: 58 - Self-consistent physical parameters for 5 intermediate-age SMC stellar clusters from
CMD modelling
Dias, B.; Kerber, L.; Barbuy, B.; Santiago, B.; Ortolani, S.; Balbinot, E.
SSS-3: 59 - V/R variations in Be shell stars
Escolano, C.; Carciofi, A. C.; Rivinius, Th.; Stefl, S.
22
Programme Book
SSS-3: 60 - Classical Cepheids from long-baseline interferometry: diameters, distances, circumstellar
envelopes and binarity
Gallenne A.; Kervella P.; Mérand A.; Breitfelder J.; Gieren W.
SSS-3: 61 - A Study on the Universality and Linearity of the Leavitt Law in the LMC and SMC Galaxies
A. García-Varela; B.E. Sabogal; M.C. Ramírez-Tannus
SSS-3: 62 - High-frequency quasi-periodic oscillations in X-ray binaries: clues from their amplitude
and coherence
Claudio Germanà
SSS-3: 63 - Rotational Properties of A-Type Stars
Monica Grosso; Hugo Levato
SSS-3: 64 - Comparison of optical/near-infrared light-curve properties of the Cepheid Instability Strip
pulsating variables
Hajdu, G.; Dékány, I.; Catelan, M.
SSS-3: 65 - White dwarfs in the Javalambre Physics of the Accelerating Universe Survey
A. Kanaan; Navarro, E.A.; Daflon; Pereira, C.B.; Borges, M.; Villegas, T.A.; Gonçalves, D.R.G.; Martins, S.L.;
Marcolino, W.; Ribeiro, T.; Ederoclite, A.; JPAS Collaboration
SSS-3: 66 - Line Identification in the Sun's Spectrum
Kitamura, J. R.; Martins, L. P.
SSS-3: 67 - Pre-main sequence evolutionary tracks and isochrones in color-magnitude diagrams
Landin, N. R.; Mendes, L. T. S.; Vaz, L. P. R.
SSS-4: 68 - Unveiling optical properties of the high mass X-ray binary XMMU J054134.7-682550 from
spectroscopy
Lopes de Oliveira, R.; Placco, V. M.
SSS-4: 69 - In search of precise isochronal ages: Monte Carlo and Bayesian Approach
Diego Lorenzo-Oliveira; Gustavo F. Porto de Mello
SSS-4: 70 - El Catalogo Bibliografico de Velocidades Radiales
Malaroda, S.; Levato, H.; Galliani, S.; Vega, L.
SSS-4: 71 - Atmospheric stratificatfication in NLTE of 3He and 4He in the Bp star a Cen
Maza, Natalia L.; Nieva, M. Fernanda; Levato, Hugo
SSS-4: 72 - Stellar models of low-mass, rotating pre-main sequence stars and the effects of an
imposed parametric magnetic field
Mendes, L. T. S.; Landin, N. R.; Vaz, L. P. R.
SSS-4: 73 - Estimating the slope of average rotational axes stars in open cluster Pleiades
Dayvid de Sousa Miranda; Bráulio Batista Soares; José Ronaldo Pereira da Silva
SSS-4: 74 - Near-IR Period-Luminosity relations for variable stars in omega Centauri
Navarrete, C.; Catelan. M.; Alonso-García, J.; Contreras, R.; Dekany, I.
SSS-4: 75 - High-ionization accretion signatures in compact binary candidates from SOAR Telescope
observations
Oliveira, A. S.; Rodrigues, C. V.; Cieslinski, D.; Jablonski, F.; Gomes da Silva, K. M.; Almeida, L. A.
SSS-4: 76 - In the wake of ultraviolet sources observed by the Swift satellite
Pereira Santos, J.; Lopes de Oliveira, R.; Luna, G. J. M.
SSS-5: 77 - Abundance Analysis of CEMP RR Lyrae Stars
H. Reggiani; S. Rossi; C. Kennedy; T. C. Beers
SSS-5: 78 - Accretion and Activity on the Post-Common-Envelope Binary RR Cae
Ribeiro, T.; Baptista, R.; Kafka, S.; Dufour, P.; Gianninas, A.; Fontaine, G.
SSS-5: 79 - High-resolution spectroscopic of red giants stars in NGC 2360
Sales Silva, J. V.; Pereira, C. B.
SSS-5: 80 - Mapping of the Physicochemical Conditions of the Planetary Nebula Menzel 1
Santos, P.; Monteiro, H.
SSS-5: 81 - Accretion disc mapping of the shortest period eclipsing binary SDSS J0926+36
Wagner Schlindwein; Raymundo Baptista
23
SSS-5: 82 - Envelopes of Evolved Stars: Galactic and Magellanic Clouds B[e] Supergiants
Daiane Breves Seriacopi; Antonio M. Magalhães; Alex C. Carciofi; Antonio Pereyra; Marcelo Borges;
Armando Domiciano de Souza; Francisco Araujo; Jon Bjorkman; Rocío Melgarejo Yrupailla
SSS-5: 83 - Time-dependent nonextensivity arising from the rotational evolution of solar-type stars
Silva, J. R. P.; Nepomuceno, M. M. F.; Soares, B. B. ; de Freitas, D. B.
SSS-5: 84 - Abundâncias de Zinco em estrelas do bojo Galáctico
Silveira, C. R.; Barbuy, B.; Hill, V.; Zoccali, M.; Minniti, D.; Renzini, A.; Ortolani, S.; Gómez, A.; Dutra, N.
SSS-5: 85 - An study of v sin i distribution of Be stars
Camila Maria Sitko; Eduardo Janot Pacheco; Marcelo Emilio
SSS-6: 86 - Theoretical distribution function for rotations of field evolved stars
Soares, B. B.; Silva, J. R. P.; Silva, M. P.
SSS-6: 87 - Stellar Parameters and Metallicities of a Sample of M dwarfs Hosting Planets
Souto, D.; Cunha, K.; de la Reza, R.; Ghezzi, L.; Smith, V.
SSS-6: 88 - SN 2009N: Another Supernova between the Normal and Faint Type II-P SNe
Takats, K.
SSS-6: 89 - Differential chemical abundances of heavy elements in solar twins
Tucci Maia, M.; Melendez, J.
SSS-6: 90 - Stellar differential rotation using planetary transits of starspots
Adriana Valio
SSS-6: 91 - Infrared accretion disc mapping of the dwarf nova V2051 Ophiuchi in outburst and in
quiescence
Wojckiewicz, E.; R. Baptista
SSS-6: 92 - VVV Survey search for distant Cepheids in the inner Milky Way
Elenna Capote; Istvan Dekany; Dante Minniti
SSS-6: 93 - Stelar Activity in stars with planets from CASLEO spectra
Flores, M.; Buccino, A.; Saffe, C.; Mauas, P.; González, F.
SSS-6: 94 - Chemical abundances and physical parameters of evolved stars with planets
Jofre, E.; Petrucci, R.; Saker, L.; Artur, E.; Saffe, C.; Gomez, M.; Mauas, P.
SSS-7: 95 - Modeling Blue Horizontal Branch Stars
Santos, R.G.; Martins, L.
SSS-7: 96 - An observational overview of the rotation in binary systems
Mattiuci, A. C.; Santos, H. B. S.; Soares, B. B.; Silva, J. R. P.
SSS-7: 97 - Mass loss from massive stars
Setia Gunawan, D. Y. A.; Cure, M.
SSS-7: 98 - Spectroscopy of the open cluster remnant candidate ESO429-SC02
Angelo, M. S.; Corradi, W. J. B.; Santos Jr, J. F. C.; Maia, F. F. S.
SSS-7: 99 - Collisions between Globular Clusters
Belloni, D. T.; Rocha-Pinto, H. J.
SSS-7: 100 - Study of clustering in the stellar abundances space
Boesso, R.; Rocha-Pinto, H. J.
SSS-7: 101 - Old open clusters in the VVV Survey
Borissova, J.; et al.
SSS-7: 102 - Phase Mixing in Popping Star Clusters
Candlish G.N.; Smith R.; Fellhauer M.; Gibson B.K.; Kroupa P.; Assmann P.
SSS-7: 103 - Checking the consistency of physical parameters of open clusters: the case of NGC188
and M67
de Souza, C. C.; Kerber, L.O.
SSS-8: 104 - Proper motion determination of the optically visible open clusters based on the UCAC4
catalogue
Dias, W. S.; Monteiro, H.; Caetano, T. C.; Lepine, J.; Assafin, M.
24
Programme Book
SSS-8: 105 - An psf-fitting pipeline for VVV-ESO: The star cluster Pismis 24
R. A. Dias
SSS-8: 106 - Proper motions of pre-main sequence stars
Ferreira, A. C. S.; Teixeira, R.; Ducourant, C.; Galli, P. A. B.; Lecampion, J. F.; Fidêncio, M.
SSS-8: 107 - The nature of X-ray sources associated to young clusters around Sh2-296
Gregorio-Hetem, J.; Fernandes, B.; Montmerle, T.
SSS-8: 108 - Stellar parameters and metallicity in Orion Association F and G stars
Rafael Fraga Guerço
SSS-8: 109 - Using MASSCLEAN to Describe Stellar Clusters Found in the Vista Variables in the Via
Lactea Survey
Bogdan Popescu; M.M. Hanson; J. Borissova; R. Kurtev; V.D. Ivanov; M. Catelan; S.S. Larsen; D. Minniti; P.
Lucas
SSS-8: 110 - NIP of Stars: early results and new eclipsing binaries
Jaque Arancibia, M.; Barba, R.H.; Morrell, N.; Roman Lopes, A.; Torres Robledo, S.; Gunthardt, G.; Soto, M.;
Ferrero, G.; Arias, J.; Gamen, R. ; Fernadez Lajus, E.
SSS-8: 111 - Mass segregation for the young star clusters
Jincheng Y. U.
SSS-8: 112 - Present-day Mass Function of Four LMC Star Clusters with Multiple Stellar Populations
Luque, E.F.; Kerber, L.O.
SSS-9: 113 - Photometric analisys of Galactic Stellar Clusters in VVV Survey
Mauro, F.; Moni Bidin, C.; Cohen, R.; Geisler, D.; Villanove, S.; Chené, A.-N.
SSS-9: 114 - The local dark matter density
Moni Bidin, C.
SSS-9: 115 - The Origin and Chemical Evolution of the Exotic Globular Cluster NGC 3201
Muñoz, C.; Geisler, D.; Villanova, S.
SSS-9: 116 - Detección de cúmulos abiertos en regiones extensas del cielo usando parámetros
astrométricos
Paíz, L.G.; De Biasi, M.S.; Orellana, R.B.
SSS-9: 117 - Galactic Embedded Clusters with 2MASS infrared photometry
Pavani, D. B.; De Araújo, P.P.; Bica, E.; Bonatto, C.
SSS-9: 118 - Probing accretion on the high-magnetized polar RX J1007.5-2017
Rodrigues, C. V.; Cieslinski, D.; Ribeiro, T.; Silva, K. M. G.; Baptista, R.; de Oliveira, A. S.; Costa, J. E. R.;
Campbell, R.
SSS-9: 119 - Discriminating Local Group embedded star clusters from older ones using near-IR
photometric indexes
Santos Jr., J. F. C.; Dottori, H.; Grosbol, P.
SSS-9: 120 - ALS 2883: Analysis of spectroscopic features
Silva, A. R.; Levenhagen, R. S.; Künzel, R.; Leister, N. V.
SSS-9: 121 - Revisiting TW Hydrae in light of new astrometric data
Teixeira, R.; Ducourant, C.; Galli, P. A. B.; Le Campion, J. F.; Zuckerman, B.; Krone-Martins, A. G. O.;
Chauvin, G.; Song, I.
SSS-9: 122 - On the sensitivity of extrasolar mass--loss rate ranges: HD 209458b a case study
C. Villarreal D'Angelo; M. Schneiter; A. Costa; P. Velázquez; A. Raga
SSS-9: 123 - Abundances and Kinematics of the Galactic Bulge [VVV]
Zoccali, M.
SSS-9: 124 - White dwarf-main sequence binaries from SDSS DR8: unveiling the cool white dwarf
population
A. Rebassa-Mansergas; C. Agurto-Gangas; M. R. Schreiber; B.T. Gansicke; D. Koester
SSS-9: 125 - A Candidate Globular Cluster Behind the Milk Way?
A. Roman-Lopes; R. Barba; D. Minniti; R. Carrasco; P. Lucas
25
Star formation (SF)
SF-1: 126 - 3D Simulations of the Beehive Proplyd
Feitosa, J. A.; Vasconcelos, M. J.; Cerqueira, A. H.
SF-1: 127 - Study of triggered star formation in a bright-rimmed cloud
Ortega, M. E.; Paron, S.; Giacani, E.; Petriella, A.
SF-1: 128 - On the association of young star clusters and their parental clouds: a statistical fractal
analysis
Hetem, A.; Gregorio-Hetem, J.
SF-1: 129 - Increase of Ionization Fraction of Dusty Proto-Stellar Accretion Disks by Damping of
Alfvén Waves
Jatenco-Pereira, V.
SF-1: 130 - Modeling the circumstellar environment of AB Aur using the Halpha line
Lima, G. H. R. A.; Perrault, K.; Benisty, M.; Dougados, C.
SF-1: 131 - Steady-state Accretion Disk Models With Variable Alpha
Magalhaes, E. R. S. O.; Cerqueira, A. H.; Vasconcelos, M. J.
SF-1: 132 - A survey of extended H2 emission toward a sample of massive YSOs
Navarete, F.; Damineli, A.; Barbosa, C.L.; Blum, R. D.
SF-1: 133 - A Spectro-photometric study if the young stellar cluster sigma Orionis.
Pérez A.; Hernández J.; Calvet N.; Olguin L.; Contreras M.; Briceño C.; Allen L.; Espailat C.
SF-1: 134 - Time-series JHK Photometry of Stars in the center of Cygnus OB2
Roquette, J.M.T.; Vaz, L.P.V; Guimarães, M.M.
SF-2: 135 - Infrared study of new star clusters associated to dusty globules
Soto King, P.; Barba, R.H.; Roman Lopes, A.; Firpo, V.; Soto, M.; Minniti, D.; Lucas, P.
SF-2: 136 - The inner disks of classical T Tauri stars in NGC 2264
Sousa, A. P.; McGinnis, P. T.; Alencar, S.H.P.; Bouvier, J.; Texeira, P.; Stauffer, J.; CSI2264 Team
SF-2: 137 - Finding proto-spectroscopic binaries: Precise multi-epoch radial velocities of 7 protostars
in Ophiuchus
Viana Almeida, P.; Melo, C.; Santos, N.C.; Figueira, P.; Sterzik, M.; Gameiro, J.F.; Alencar, S.
SF-2: 138 - Chromospheric and Coronal Activity in Stars Before the Main Sequence
Alexander, N.C.; Giovanni, P.E.
SF-2: 139 - Emission-line stars in the star-formation region NGC 1850
Garrido, H. E.; Martayan, C.; Mennickent, R. E.; Aguayo, G.; Baade, D.
SF-2: 140 - Magnetic Fields dispersion and YSO properties on nearby Bok globules
Magalhães, V. S.; Rodrigues, C. V.; Pereyra A.; Racca G. A.; Vilas-Boas, J. W. S
SF-2: 141 - Star formation at the edge of the Universe
Matos, S.; Best, P.; Sobral, D.
SF-2: 142 - Rotation and activity of Post T Tauri Stars
Pinzón, G.
26
Programme Book
Interstellar Medium (ISM)
ISM-1: 143 - New Avenues for Measuring Magnetized Turbulence in the Multiphase Interstellar
Medium
Burkhart, B.; Lazarian, A.
ISM-1: 144 - 3D Modelling of the Bipolar Planetary Nebula NGC 2346
Carneiro, C. M.; Gonçalves, D. R.
ISM-1: 145 - G126.1--0.8--14: A molecular shell related to Sh2-187
Cichowolski, S.; Pineault, S.; Gamen, R.; Ortega, M.E.; Arnal, E.M.; Suad, L.A.
ISM-1: 146 - Deep infrared extinction maps of the Fourth Galactic Quadrant based on VVV and
GLIMPSE surveys
Firpo, V.; Soto, M.; Barba, R.H.; Roman Lopez, A.; Minniti, D.; Lucas, P.
ISM-1: 147 - A bolha infravermelha N10
Gama, D.; Lepine, J.; Wu, Y.; Yuan, J.
ISM-1: 148 - The magnetic field and dust properties in the direction of the dark cloud CG12
Hickel, G. R.
ISM-1: 149 - High dispersion spectra and kinematic line profiles of NGC3918 and NGC6302
Lago, P. J. A.; Costa, R. D. D.
ISM-1: 150 - 3MdB: Mexican million models database
Christophe Morisset; Gloria Delgado-Inglada
ISM-1: 151 - Structure of Bubbles in the South-East region of the Large Magellanic Cloud
Oddone, M.A.; Ambrocio-Cruz, P.; LeCoarer, E.; Goldes, G.V.
ISM-2: 152 - A new distance scale of planetary nebulae
Ortiz, R.
ISM-2: 153 - Spectroscopic studies of two supernova remnants in the Large Magellanic Cloud
Pauletti, D.; Copetti, M. V. F.
ISM-2: 154 - Densities, temperatures, pressures, and abundances derived from O II recombination
lines in H II regions and their implications
Peimbert, M.; Peimbert, A.
ISM-2: 155 - Multiwavelength study of the young stellar cluster [DBS2003]156
Marcio C. Pinheiro; Roberto P. Ortiz; Zulema Abraham; Marcus V. F. Copetti
ISM-2: 156 - Spatial variations of physical and chemical properties of the planetary nebulae NGC 6302
and NGC 2440
Rauber, A. B.; Copetti, M. V. F.; Krabbe, A. C.
ISM-2: 157 - The Magnetic Field Structure in the Musca Dark Cloud
Ribeiro, N. L.; Magalhães, A. M.; Pereyra, A.
ISM-2: 158 - The Magnetic Field Structure of the Interstellar Medium From the observations Open
Clusters
Rubinho, M. S.; Magalhães, A. M.
ISM-2: 159 - Carbon abundances in the disk of NGC300 from faint CII recombination lines
Toribio-San Cipriano, L.; Esteban, C.; García-Rojas, J.
ISM-2: 160 - The Discrepant Kinematics of ORLs and CELs in NGC 7009 as a Function of Ionization
Structure
Richer, M. G.; Georgiev, L.; Arrieta, A.; Torres-Peimbert, S.
27
Galaxies (GAL)
GAL-1: 161 - Stellar feedback from black-hole high-mass X-ray binaries in galaxy formation models
Artale, M. C.; Tissera, P. B.; Pellizza L. J.
GAL-1: 162 - Properties of galaxies in fossil and non-fossil groups from the maxBCG sample
Luiz Azanha; Robert N. Proctor; Claudia Mendes de Oliveira
GAL-1: 163 - Dinâmica da Formação de Galáxias com Anel Polar
Dino Beghetto Junior; Irapuan Rodrigues de Oliveira Filho; Maximilliano Faúndez-Abans
GAL-1: 164 - Metal-Poor Active Galactic Nuclei
Bicalho, I.C.; Telles, E.; Thuan, T.; Izotov, Y
GAL-1: 165 - Analysis of the Velocity Data of Cluster A562
Calderón Espinoza, D.; Gomez, P.
GAL-1: 166 - Internal kinematics of HII galaxies
Carvalho, M.; Plana, H.
GAL-1: 167 - Dynamical Analyses of z=0.3,0.5 Galaxy Clusters from the SOAR Gravitational Arcs
Survey
Cibirka, N.; Cypriano, E.; Caminha, G.; Makler, M.
GAL-1: 168 - The connection between the origins of globular clusters and the evolution of their host
galaxy
Arianna Cortesi; Ana Chies-Santos; Steven Bamford; Michael Merrifield; Aaron Romanowsky; Jacob Arnold;
Vincenzo Pota; Duncan Forbes; Lodovico Coccato; J.P. Brodie; Chris Usher; Jay Strader; Caroline Foster
GAL-1: 169 - The evolution of galaxies between 0.05 < z < 0.8
Costa-Duarte, M.V.; Stasinska, G.; Sodré Jr., L.; Cid Fernandes R.
GAL-2: 170 - Galaxy Concentration Index in Low X-ray Luminosity Galaxy Clusters
Cuevas, H.; Nilo Castellón, J.L.; Alonso, M.V.
GAL-2: 171 - Probing the Spacial Distribution of the Near-infrared Stellar Population in Starburst
Galaxies
N. Z. Dametto; R. Riffel; M. G. Pastoriza; A. Rodríguez-Ardila; E. A. Carvalho; J. A. Hernandez-Jimenez
GAL-2: 172 - The relation between the spectral synthesis of galaxies in the visible region and their UV
emission
Dantas, M. L.; Sodré Jr., L.
GAL-2: 173 - Resolving galaxies in time and space: Applying STARLIGHT to CALIFA data cubes
de Amorim, A. L.; Cid Fernandes, R.; Perez, E.; Garcia Benito, R.; Gonzalez Delgado, R. M.; Sanchez, S. F.;
Husemann, B.; Falcon Barroso, J.; Sanchez-Blazquez, P.; Walcher C. J.; Mast D.
GAL-2: 174 - Detection and modelling of star cluster early phases in grand-design, spiral galaxies
Grosbol, P.; Dottori, H.
GAL-2: 175 - Two-dimensional Stellar Kinematics and Dynamical Models for NGC 4258 and NGC 1052
Drehmer, D. A.; Storchi-Bergmann, T.; Ferrari, F.; Riffel, R. A.
GAL-2: 176 - Open Cluster Radial Velocity determination from observations at Observatório Pico Dos
Dias
Faria, M. A. F.; Monteiro, H.; Dias, W. S.; Lépine, J. R. D.
GAL-2: 177 - Effects of dark matter and energy on the chemical enrichment of Dwarf Spheroidal
Galaxies
Ferle, O. L.; Lanfranchi, G. A.
GAL-2: 178 - The effects of the interaction on the kinematics and abundance of AM 2229-735
P. Freitas-Lemes; I. Rodrigues; O. L. Dors Jr.; M. Faúndez-Abans; E. Pérez-Montero
GAL-3: 179 - Low surface brightness galaxies and void walls
Gaspar Galaz; Laura Ceccarelli; Rodrigo Herrera-Camus; Nelson Padilla; Diego Garcia-Lambas
GAL-3: 180 - Rotation effects on the Lyman-alpha line morphology in distant galaxies
Garavito-Camargo, N.; Forero-Romero, J.E.; Dijkstra, M.
28
Programme Book
GAL-3: 181 - Visualizing VVV catalogue and image data
Gurovich, Sebastian; Samual Skillmann
GAL-3: 182 - Photometry and Dynamics of the Minor Merger AM 1219-430 with Gemini/GMOS-S
Hernandez-Jimenene, J. A.; Pastoriza, M. G.; Rodrigues I.; Krabbe, A. C.; Winge, C.; Bonatto, C.
GAL-3: 183 - Physical properties of galaxies in the Sloan Digital Sky Survey detected in infrared
Herpich, F. R.; Mateus, A.; Cid Fernandes, R.; Lacerda, E. A.; de Amorim, A. L.; Rossi, L. L.; Cendron, M. M;
Klein, V. B.; Crestani, T.; Parize, M. M.; Braz, F. J.
GAL-3: 184 - SFR in dwarf spiral galaxies
Hidalgo-Gàmez, A. M.; Vega-Acevedo, I.; Magaña-Serrano, M. A.
GAL-3: 186 - E+A galaxies in SDSS. Stellar population and morphology
Rodrigo Leiva
GAL-3: 187 - High-redshift translucent clouds: detection of neutral species in QSO absorbers
López P.; López S.; Sánchez P.
GAL-4: 188 - SFH of galaxies using spectroscopy in the optical range of the CALIFA sample and
ultraviolet photometry of the GALEX mission
López-Fernández, R.; González Delgado, R. M.; Cid Fernandes, R.; Pérez, E.; García Benito, R.
GAL-4: 189 - The distribution of stellar populations within galaxies
Martins-Novais, P.; Sodré Jr., L.
GAL-4: 190 - The environmental properties of galaxies probed by marked statistics
Mateus, A.
GAL-4: 191 - Submillimeter Galaxy Number Counts in a Semi-analytic Model: the "Count Matching"
Approach
Muñoz Arancibia, A. M.; Navarrete, F.; Padilla, N.; Cora, S.; Gawiser, E.; Kurczynski, P.; Ruiz, A.
GAL-4: 192 - Properties of Galaxies and Groups at z < 1.4
Nascimento, R. S.; Lopes, P. A. A.; Ribeiro, A. L. B.
GAL-4: 193 - Secular Evolution in Green Valley Galaxies
Nogueira-Cavalcante, J. P.; Menéndez Delmestre, K.; Gonçalves, T. S.
GAL-4: 194 - Low-redshift compact UV luminous starbursts: a door to understand high-redshift
Lyman-Break Galaxies
Oliveira, C. S.; Menéndez-Delmestre, K.; Gonçalves, T. S.
GAL-4: 195 - An approach to measuring the density of the environment of galaxies: results and
comparisons with other measurements
René A. Ortega-Minakata; Juan P. Torres-Papaqui; H. Andernach
GAL-4: 196 - A kinematic study of different stellar populations in the irregular NGC 6822
M. Peña; S. Flores-Durán; L. Hernández-Martínez; J. García-Rojas
GAL-5: 197 - Mapping Triangulum-Andromeda with the SDSS
Perottoni, H. D.; Rocha-Pinto, H. J.; Girardi, L.; Balbinot, E.; Santiago, B. X. ; Da Costa, L. ; Maia, M. A. G.
GAL-5: 198 - Galaxy Model in Infrared
Polido, P.; Jablonski, F.
GAL-5: 199 - Physical parameters of galaxies with star formation through mid-infrared SED models
Andrés F. Ramos P.; J.R. Martínes-Galarza; Mario-A. Higuera-G.; Seditsira Quintero
GAL-5: 200 - Disk Mass-to-light Ratio Distribution from Stellar Population Synthesis: Application to
Rotation Curve Decomposition of NGC 5278
Repetto, P.; Martínez-García, Eric E.; Rosado, M.; Gabbasov, R.
GAL-5: 201 - AM2217-490: Uma galáxia com anel polar em formação
Priscila Freitas-Lemes; Irapuan Rodrigues; Maximilliano Faúndez-Abans; Oli Dors
GAL-5: 202 - Determination of Halo Occupation Distribution
Rodriguez, F.; Sgró, M. A.; Merchán, M.
GAL-5: 203 - Effects of interaction in chemical evolution and stellar population of galaxy pairs
Rosa, D. A.; Dors Jr., O. L.; Krabbe, A.C.; Pastoriza, M. G.; Winge, C.; Hägele, G. F.; Cardaci, M. V.
29
GAL-5: 204 - The dense gas in M82
Salas, P.; Galaz, G.; Bolatto, A.; Salter, D.; Herrera, R.
GAL-5: 205 - PAH lines at high redshift as galaxy evolution marker
Santos, J. H. B.; Friaça, A. C.S.
GAL-6: 206 - The mass--metallicity--star formation rate relation under the STARLIGHT microscope
Schlickmann, M. S.; Asari, N. V.; Fernandes, R. C.; Stasinska, G.
GAL-6: 207 - MagAl: A new tool to analise galaxies photometric data
Schoenell, W.; Benitez, N.; Cid Fernandes, R.
GAL-6: 208 - The NEBULATOM cookbook
Stasinska, G.; Morisset, C.
GAL-6: 209 - Physical conditions and kinematics of an HII galaxy with extraordinary dense nucleus:
Mrk 996
Eduardo Telles; Trinh X. Thuan; Yuri I. Izotov; Eleazar Rodrigo Carrasco
GAL-6: 210 - Metallicity gradients in tidal tails and merging systems
Torres-Flores, S.; Scarano Jr, S.; Mendes de Oliveira, C.; de Mello, D. F.; Amram, P.; Plana, H.; Alfaro, M.;
Olave, D.
GAL-6: 211 - FIR/Radio correlation for different systems of galaxies
Vena Valdarenas, R. R.; Valotto, C.
GAL-6: 212 - The lost population of post-starburst galaxies
Werle, A.; Mateus, A.
GAL-6: 213 - Galaxy Detection Behind the Milky Way using the VVV Survey
Baravalle, L.; Alonso, M. V.; Nilo Castellon, J. L.
GAL-6: 214 - Confirmation of a cluster of galaxies hidden behind the Galactic bulge using the VVV
Survey
Minniti, D.; Hempel, M.; Ivanov, V.; Coldwell, G.; Alonso S.; Duplancic, F.
GAL-7: 215 - Subhalo abundance matching in different Semi Analytic Models
Contreras, S.; Baugh, C. M.; Norberg, P.; Padilla, N.
GAL-7: 216 - Potential-Density Pairs for Thin Disks and Spheroidal Haloes I: Expansion in Chevishev
Type I Polinomials
Cortés-Serrano, F.; González, G. A.; Reina, J. I.
GAL-7: 217 - Triplets of galaxies: A connection with compact groups?
Duplancic, F.; O'Mill, A. L.; Lambas, D. G.; Sodré, L.; Alonso, S.
GAL-7: 218 - The galaxy-halo connection and scale relations for disks galaxies
Mancillas-Vaquera B.L.
GAL-7: 219 - Potential-Density Pairs for Thin Disks and Spheroidal Haloes II: Expansion in Chevishev
Type II Polynomials
Martínez, S.M.; González, G. A.; Reina, J. I.
GAL-7: 220 - Potential-Density Pairs for Thin Disks and Spheroidal Haloes III: Expansion in
Gegenbauer Polynomials
Nieto, O.; González, G. A.; Reina, J. I.
GAL-7: 221 - Weak lensing measurements from radio data
Paez Tagliaferro, T.; Valotto, C.
GAL-7: 223 - Sagittarius dwarf galaxy population from the VVV behind the galactic bulge
Santucho, M. V.; Gurovich, S.; Domínguez, M.
30
Programme Book
Active Galactic Nuclei (AGN)
AGN-1: 224 - IFU spectroscopic analysis of the active nucleus NGC 6951
Andrade, I. S.; Steiner, J. E.; Ricci, T. V.
AGN-1: 225 - Testing the Physical Properties of the Unified Model for AGN
Audibert, A.; Riffel, R.; Pastoriza, M. G.; Sales, D. A.
AGN-1: 226 - Two-dimensional kinematics of the central region of NGC4501 from Gemini/GMOS
integral field spectrocopy
Brum, Carine; Riffel, R. A.; Storchi-Bergmann, T.; Müller, A. S.; Robinson. A.
AGN-1: 227 - The SDSS quasars as a testbench for the Gaia fundamental reference frame grid-points
Coelho, B.; Andrei, A.; Antón, S.
AGN-1: 228 - Kinematics and excitation of the nuclear spiral in the active galaxy Arp 102B
Couto, G.S.; Storchi-Bergmann, T.; Axon, D.J.; Robinson, A.; Kharb, P.; Riffel, R.A.
AGN-1: 229 - Two-dimensional Kinematics of the Central Region of NGC 2110
Marlon R. Diniz; Rogemar A. Riffel; Thaisa Storchi-Bergmann
AGN-1: 230 - Unveling the LINER nature of NGC1052
Diniz, S.I.F.; Riffel, R.; Pastoriza, M.G.; Riffel, R.A. , Bergmann, T.S.; Diniz, M.
AGN-1: 231 - IFU spectroscopic analysis of M81
Giansante, L.; Steiner, J. E.; Ricci, T. V.
AGN-1: 232 - A nuclear molecular ring in Mrk 1066 revealed by PCA tomography
Hennig, Moiré G.; Riffel, Rogemar A.
AGN-2: 233 - Physical properties of FeII emission in active galactic nuclei
Marinello, M. A. O.; Rodríguez-Ardila, A.
AGN-2: 234 - The Architecture of the Active Galactic Nuclei of NGC 1068
May, Daniel; Steiner, J.; Menezes R.B.; Ricci T.V.
AGN-2: 235 - Evolutionary Sequence for Seyfert Galaxies: A Point of View from Dust Geometric
Distribution
Mendoza-Castrejón, S.; Dultzin, D.; Krongold, Y.; González, J. J.; Elitzur, M.
AGN-2: 236 - Studying the kinematics of the jet of 3C279 using the method Cross-entropy
Motter, J. C.; Abraham, Z.
AGN-2: 237 - Probing AGN accretion through microlensing
Neri-Larios, D. M.; Webster, R. L.; Floyd, D. J. E.; O’Dowd, M.; Bate, N. F.; Labrie, K.
AGN-2: 238 - Spectral Properties of Narrow Line Seyfert 1 galaxies
Oio, G. A.; Vega Neme, L. R.; Schmidt, E.; Ferreiro, D.
AGN-2: 239 - Diagnostic diagrams with polycyclic aromatic hydrocarbons in diferent types of
galaxies
Seditsira Quintero; Andrés F. Ramos P.; Mario-A. Higuera-G.; J.R. Martínes-Galarza; Alexander Garzón
AGN-2: 240 - Molecular hydrogen and [Fe II] in active galactic nuclei - III. Low-ionization nuclear
emission-line region and star-forming
Riffel, R.; Rodríguez-Ardila, A.; Aleman, I.; Brotherton, M. S.; Pastoriza, M. G.; Bonatto, C.; Dors, O. L.
AGN-2: 241 - Nuclear outflows in the Seyfert 2 galaxy NGC 5929
Rogemar A. Riffel; Thaisa Storchi-Bergmann; Rogério Riffel
AGN-3: 242 - Estimating the size of the emitting region in the lens quasars HE0047-1756 and
SDSS1155+6346
Rojas K.; Motta V.; Mediavilla E.; Falco E.; Muñoz J.A.
AGN-3: 243 - The Proximity Effect toward z>3.5 QSOs: Assesing systematics with XSHOOTER data
Paula Sánchez; Sebastian Lopez; Joseph Hennawi
AGN-3: 244 - Correlating X-rays, UV and optical emission from the accretion disk in the nucleus of
NGC1097
Schimoia, Jaderson S.; Storchi-Bergmann, Thaisa; Eracleous, M.; Grupe, D.; Peterson, B.M.
31
AGN-3: 245 - Feeding and Feedback around the active nucleus of the Seyfert galaxy Mrk766
Schönell, A. J. J.; Riffel, R. A.; Storchi-Bergmann, T.; Winge, C.
AGN-3: 246 - Characterization blazars environment PG1553 +113 and 3C66A from GMOS data in the
bands i ' and r'
Juanita Torres Zafra; Sergio Aldo Cellone; Ileana Andruchow
AGN-3: 247 - FHILs in Seyferts and Liners in the optical spectra
Portilla, J.G. ; Rodriguez, A.M.; Vera, R.J.C
AGN-3: 248 - A physical model for AGN feedback: the role of BH spin and magnetic field
Garrido, F.; Padilla, N.; Cora, S.
AGN-3: 249 - Optical stellar and emission gas kinematics of the Seyfert 2 Circinus galaxy
Rodrigues, F. P.; Rodríguez-Ardila, A.
AGN-3: 250 - Integral Field Spectroscopy SINFONI observation of AGN at z ~ 1.6
San Martín, A.; Gavignaud, I.
Cosmology (COS)
COS-1: 251 - Constraining Cosmological Parameters from Galaxy Clusters
Michel Aguena da Silva; Marcos Lima
COS-1: 252 - Improving the Modeling and Cosmological Constraints of the Galaxy Angular
Correlation Function
Camacho H. O.; Lima M.
COS-1: 253 - Central Dominant Galaxies and the evolution of their host Galaxy Clusters
Caretta, C.A.; Andernach, H.; Trejo-Alonso, J.J.; de Anda-Suárez, J.; Muñiz-Torres, M.A.; HernándezAguayo, C.; Santoyo-Ruiz, H.; Islas-Islas, J.M.
COS-1: 254 - New Catalogues of Superclusters of Abell/ACO Galaxy Clusters up to z ~ 0.15
Chow, M.; Ancernach, H.; Caretta, C. A.
COS-1: 255 - A new method to estimate distances to Type II SNe
Alejandro Clocchiatti; Ósmar Rodríguez; Mario Hamuy
COS-1: 256 - J-PAS: Cosmology with galaxy clusters
Clayton Garcia da Silva; Laerte Sodré Jr.
COS-1: 257 - Contrasting distances using Type Ia supernovae and gamma ray events in the local
universe
Rafael Girola
COS-1: 258 - Figure of Merit for Dark Energy Parameterizations
González, J. E.; Barboza Jr., E. M.; Alcaniz, J. S.
COS-1: 259 - The use of rendering techniques in Galaxy Cluster Finding
Hector Javier Ibarra Medel; Maritza Arlene Lara-López; Omar López Cruz
COS-2: 260 - The Galaxy Cosmological Mass Function
Lopes, A.; Iribarrem, A.; Ribeiro, M.B.; Stoeger, W.R.
COS-2: 261 - North-South CMB analyses using the Minkowski Functionals
Marques, G.A.; Ferreira, I.S.; Bernui, A.
COS-2: 262 - The red cluster sequence in low X-ray luminosity galaxy clusters
Nilo Castellón, J.L.; Alonso, M.V.; García Lambas, D.; Cuevas,H.
COS-2: 263 - Fractal Characteristics in the Lemaître-Tolman-Bondi
Nogueira, Felipe A. M. G.; Ribeiro, Marcelo B.
COS-2: 264 - Observational constraints on a coupled quintessence model with a generalized DE EoS
Rafael C. Nunes; Edésio M. Barboza Jr.
COS-2: 265 - Gravitational waves and stability of cosmological solutions in the Modified Starobinsky
inflation
Pelinson, Ana M.; Fabris, Julio C.; Salles, Filipe de O.; Shapiro, Ilya L.
32
Programme Book
COS-2: 266 - Measuring galaxy morphologies in the CFHT/MegaCam Stripe-82 Survey
Pereira, M. E. S.; Moraes, B.; Charbonnier, A.; Pereira, R.; Makler, M.; Kneib, J.-P.; Leauthaud, A.; Van
Waerbeke, L.; Bundy, K.; Erben, T.; Heymans, C.; Hildebrandt, H.; Miller, L.; Woods, D.; Santiago, B. X.
COS-2: 267 - Gravitational Waves formulation for the Brane Universe and Possible Induced
Corrections on an Observational Level
C. D. Rodríguez-Camargo; E. A. Larrañaga-Rubio
COS-2: 268 - 2-Pt. Correlation Function for Luminous Red Galaxies
Secco, L. F.; Abramo, L. R. W.
COS-2: 271 - Identification and extraction of photometric redshifts of quasars with narrow-band
filters
Silva, C. Q. A.; Abramo, L. Raul
COS-3: 269 - Anisotropic Halo Model
Sgró, M. A.; Paz, D. J.; Merchán, M. E.; Rodriguez, F.
COS-3: 270 - The Type Ia Supernova Pipeline for the Javalambre Physics of the Accelerating Universe
Astrophysical Survey
Siffert, B. B.; Reis, R. R. R.; Calvão, M. O.
COS-3: 272 - The red sequence of Abell X-ray underluminous clusters
Trejo-Alonso, J. J.; Caretta, C. A.; Laganá, T. F.; Sodré Jr., L.; Cypriano, E. S.; Lima Neto, G. B.; Mendes de
Oliveira, C.
COS-3: 273 - Super-massive black hole growth in the first gigayear of cosmic history
Forero, J.; Gómez, M. F.; Velasco, S.
COS-3: 274 - Properties of type Ia supernovae inside rich galaxy clusters
Henrique S. Xavier; Ravi R. Gupta; Masao Sako; Chris B. D’Andrea; Joshua A. Frieman; Lluis Galbany;
Peter M. Garnavich; John Marriner; Robert C. Nichol; Matthew D. Olmstead; Donald P. Schneider; Mathew
Smith
COS-3: 275 - The MW and the Local Group mass
Gonzalez, Roberto; Kravtsov, Andrey; Gnedin, Nickolay
COS-3: 276 - Constraints on the First Ionizing Sources
Maldonado, V.; Dominguez, M.; Valotto, C.
High energy astrophysics (HEAP)
HEAP-1: 278 - Decay of the magnetic field in "black widow" pulsars
Castilho, C. M.; Benvenuto, O. G.; De Vito, M. A.; Horvath, J. E.
HEAP-1: 279 - Radiation-hydrodynamic Model of High-Mass X-ray Binaries
Čechura, J.; Hadrava, P.
HEAP-1: 280 - Large-Scale Anisotropies of the Cosmic Rays Detected at the Pierre Auger
Observatory and the Telescope Array
Fernandes M. C.; Almeida R. M.; Vasquez, R.; Giaccari, U.; de Mello Neto, J. R. T
HEAP-1: 281 - Magnetic field evolution and jet formation in accreting neutron stars
Federico García; Deborah N. Aguilera; Gustavo E. Romero
HEAP-1: 282 - The galactic distribution of Fermi point sources
Jablonski, F.; Polido, P.
HEAP-1: 283 - The role of fast magnetic reconnection in acceleration zones of microquasars and
AGNs
Kadowaki, L.H.S.; de Gouveia Dal Pino
HEAP-1: 284 - A magnetic reconnection model for explaining AGNs and microquasars radiation
Khiali, B.; de Gouveia Dal Pino, E. M.; Del Valle, M. V.; Kowal, G.; Sol, H.
HEAP-2: 285 - Classification of long gamma-ray burst using ACF and spectral lag with cosmological
corrections
Andrès Baquero Larriva; Nicolas Vàsquez Pazmiño; David Andrade
33
HEAP-2: 286 - Highlights on γ Cas-like stars
Ribeiro, E. M.; Lopes de Oliveira, R.; Dupke, R. A.
HEAP-2: 287 - Relativistic MHD Simulations of Magnetized Jets
Rocha da Silva, G.; de Gouveia Dal Pino, E.M.; Falceta-Gonçalves, D.; Kowal, G.
HEAP-2: 288 - Searching for near-infrared counterparts of high energy sources: Variability studies
from VVV Survey
Rojas, A.F.; Masetti, N.; Minniti, D.
HEAP-2: 289 - Properties of Galaxies Groups Selected from Chandra X-ray Observations of the
Bootes Fields
Vajgel, B.; Lopes, P. A. A.; Jones, C.; Forman, W. R.; Murray S. S.
HEAP-2: 290 - Simulation of Water Cerenkov Detector for detection of cosmic rays Using GEANT4 for
the LAGO Project
H. Asorey; R. Calderón; L.A. Núñez; C. Sarmiento; M. Suárez-Durán
HEAP-2: 291 - Analysis and validation of data in the search for GRB
Asorey, H.; Calderón, R.; Núñez, L. A.; Sarmiento, C.; Suárez-Durán M.; LAGO Collaboration
Instrumentation (INST)
INST-1: 292 - Simulations of atmospheric turbulence with spatiall phase modulators
Bernardi, R.; Kanaan, A.; Mello, A. T.; Guzmán, D.
INST-1: 293 - Star detection and study of atmospheric extinction with an All Sky camera
Bortolotto, G. S.; Kanaan, A.
INST-1: 294 - Developments with the hard X-Ray detection plane of the protoMIRAX imaging
telescope
Flavio D'Amico; Fernando Gonzalez Blanco; Sérgio Amirábile; João Braga; Bárbara H. G. Rodrigues;
Manuel Ávila; Taís Maiolino; César Strauss; Luiz Reitano
INST-1: 295 - Advances in the astronomical site testing in Colombia
González. D.; Pinzón, G.
INST-1: 296 - Image reduction of multi-chip near-IR data using the THELI pipeline
Holhjem, K.
INST-1: 297 - Atmospheric and coupling scintillation in optical long-baseline interferometry
Lachaume R.
INST-1: 298 - Surface Layer turbulence profiling with the SL-SLODAR and LUSCI at ESO Paranal
Observatory
Lombardi, G.; Sarazin, M.; Char, F.; González Ávila, C.; Navarrete, J.; Tokovinin, A.; Wilson, R. W.; Butterley,
T.
INST-2: 299 - Improving INPE'S balloon ground facilities for operation of the protoMIRAX experiment
Mattiello-Francisco, M.F.; Rinke, E.; Fernandes, J.O.; Cardoso, L.; Cardoso P.; Braga, J.
INST-2: 300 - Fotometría de la luz cenicienta y albedo lunar para la determinacion del espesor optico
atmosférico local
Ortega, A; Falcón, N
INST-2: 301 - The high resolution pixelated CZT detectors for the MIRAX Mission
Rodrigues, B. H. G.; Braga, J.; Grindlay, J. E.; Allen, B.; Hong, J; Barthelmy, S.; D'Amico, F.; Rothschild, R.
E.
INST-2: 304 - Construction of a radiotelescope
Ramos, M. Liz; Garcia, C. Miguel
34
Programme Book
Teaching and outreach (TO)
TO-1: 305 - Data Acquisition System for Instructional Spectroscopes
Almeida, C. B. S.; Hetem, A.
TO-1: 306 - Astronomy and the interdisciplinary undergraduation formation
Alves, V.M.; Krebs, P.R.; Malvina, A.P.; Lopes, B.; Vieira, E.S.; Amaral, F.; Veronez, G.; Giron, J.; Rodrigues,
J.; Zimmermann, L.; Tavares, L.; Sampaio, M.; Britto, T.; Gomes, V.
TO-1: 307 - Parâmetros fotométricos de cometas observados visualmente
Amorim, A.
TO-1: 308 - Evaluation of Learning of Synchronous Rotation of the Moon Mediated By Computational
Resource
Fagundes, A. L.; Silva, T. da; Barroso, M. F.
TO-1: 309 - Mostra Astronômica: building the reality as a dream
Fonseca, J.E.S.; Brasil, P.I.O.; Molina, M.C.; Ribeiro, F.B.; Livorati, A.L.P.; Reiss, M.; Aleixo, C.A.A.; Ottani,
V. C.
TO-1: 310 - Brazilian Eratosthenes Project
Langhi, R.; Vilaça, J.
TO-1: 311 - Defining our place in the cosmos. Mapping the vision of the brazilian population about the
Universe and its origins
Leroy, P.; Diniz, A.C.S.
TO-1: 312 - Materiais Interativos no Ensino de Astronomia
Josué, A. M.; Marcos, R. V.
TO-2: 313 - Elementary School Teachers' Conceptions about the Apparent Movement of the Sun and
the Shadows of the Objects
Machado, D. I.
TO-2: 314 - RECA: A network by students, for students
Remolina Gutiérrez, M. C.; Velasco Moreno, S.; Hoyos Restrepo P.
TO-2: 315 - A Proposal of Astronomy Teaching on the Museu de Ciencias Naturais Pontificia
Universidade Catolica de Minas Gerais
Ribeiro, B. A. G.; Leroy, P.
TO-2: 316 - OEI, GTTP and Adventurers of the Universe: training teachers and scientific
dissemination at the South of Brazil
Pavani, D.B.; Saraiva, M.F.O.; Dottori, H.
TO-2: 317 - South Africa calls Italy: effective exchange activity through costless connections in the
framework of the EU UNAWE
Lara Albanese; Alessandra Zanazzi
TO-2: 318 - Perú approved founding the scientific professional career in Astronomy
Maria Luisa Aguilar; Rafael Carlos; Teofilo Vargas; Victor Vera
TO-2: 319 - Presentation of the project for the recovery, scientific equipment and automation of
Astronomical Observatory of the ITM
Torres C., Andres David; Ocampo, Luis Fernando
35
Abstracts: Review & Invited Talks
Monday, 25 November
Distribution and Origin of Hot Planets
C. Beauge
1
Close-in (or Hot) planets, usually defined as those having semimajor axes a < 0.1 AU (or orbital periods
P < 10 days), are the easiest to detect, both with radial velocity (RV) surveys and transits. More than 300
members are currently known, and a much larger number of candidates has been proposed by the Kepler
team. Since it is believed that these bodies cannot have been formed in-situ, they constitute an interesting
population from which to derive information about orbital migration and dynamical evolution of planetary
systems in general.
In this talk we review some recent results on the dynamical characteristics of close-in planets, including the
existence of both resonant and near-resonant configurations, planet multiplicity, eccentricity distribution
and inclinations with respect to the stellar equator. We discuss how disk-induced migration, planet-planet
scattering and tidal effects may help us explain several of these dynamical traits, although others are still
poorly understood. Finally, we analyze the similarities and differences found in small (Earth to Neptune)
and large (Jovian) size planets, and how these may reflect different evolutionary histories.
1
[email protected]
Instituto de Astronomia Teorica y Experimental, Observatorio Astronomico, Universidad Nacional de Cordoba, Argentina
Impact studies in Latin America
Gonzalo Tancredi
1
The research about impact process of extraterrestrial bodies onto the Earth is a new subject in only a few
institutes in Latin America. A proof of that is the scarcity of recognized impact structures in the region. Nevertheless, we have among the most interesting features on Earth, like the crater strewn fields of Campo del
Cielo (Chaco, Argentina) and Bajada del Diablo (Neuquén, Argentina); and the recently formed small crater
of Carancas (Perú). These cases have questioned several ideas about the nature of the impacting objects:
monolithic vs. agglomerate; as well as the survival of the objects in the passage through the atmosphere.
These questions have important implications regarding the plans to deflect a threatening asteroid and the
risk and consequences of small impactors. A few groups in the region have been involved in field research in
those craters, as well as experimental and theoretical studies about impact processes and deflection mechanisms. We will highlight the most relevant results on this growing scientific field.
1
[email protected]
Depto. Astronomia, Fac. Ciencias, Montevideo, URUGUAY
36
Teaching and outreach
Programme Book
Invited
A New Chinese Astronomy Center in Chile
Wang, Z.
1,2,3
; Huang, J.-S.1,2,3
As part of a new initiative launched by the Chinese Academy of Sciences (CAS) to expand its collaboration
with the rest of the world, a CAS South America Center for Astronomy (CASSACA, also known as ChinaChile Joint Center for Astronomy) has recently been established in Santiago, Chile. I will introduce the central mission of this Center, and discuss the prospect of supporting collaborative research between Chinese
astronomers and their Latin American colleagues.
[email protected]
Chinese Academy of Science’s South American Center for Astronomy
2 National Astronomical Observatories, Chinese Academy of Sciences
2 Harvard-Smithsonian Center for Astrophysics
Stars
1
Review
Supergiants, Stellar Winds and Mass-loss
Cidale, L.
1,2
The knowledge of the wind properties and the mass loss rate in massive stars is a milestone in the stellar
evolution and the chemical composition of the interestellar medium. Our current view of stellar winds
reveals they are often highly variable and inhomogeneous. We review here the wind structure of early-type
stars (the wind clumping and the weak-wind problems) and the peculiar circumstellar environment around
some short-lived phases of evolved massive stars (i.e.: LBVs and B[e] supergiants). Accurate mass loss rate
estimates are crucial keys to discuss the importance of different triggering mechanisms in driving the wind.
[email protected]
Instituto de Astrofı́sica La Plata
2 Facultad de Ciencias Astronómicas y Geofı́sicas, Universidad de La Plata
Invited
1
ISM
Abundance determinations in ionized nebulae and their sensitivity to temperature
Rodriguez, M.
1
; Manso-Sainz, R.2
Our main source of uncertainty in the determination of chemical abundances in H II regions and planetary
nebulae arises from a discrepancy: the abundances implied by recombination lines are larger than those
implied by collisionally excited lines. Most objects show a factor of 2 discrepancy, but some planetary nebulae display much higher discrepancies. I will discuss the possible explanations of this effect, focusing on
the latest: I will describe what kind of deviations from a Maxwellian electron energy distribution are needed
in order to reproduce the measured abundance discrepancies. I will explore the parallelisms between the
three explanations of the discrepancy that are based on the sensitivity to temperature of collisionally excited lines, namely, deviations from a Maxwellian energy distribution, temperature fluctuations, and the
presence of metal-rich inclusions. I will show some evidence that at least one of these mechanisms is acting
in H II regions.
1
2
[email protected]
Instituto Nacional de Astrofisica, Optica y Electronica (INAOE)
Instituto de Astrofisica de Canarias (IAC)
16
37
Review
Stars
Tuesday, 26 November
Solar Transient Activity: Magnetic Energy Release and Topology
Mandrini, C. H.
1
The energy released during transient atmospheric events in the Sun is contained in current-carrying magnetic fields that have emerged after traversing the solar convective zone. Once the magnetic flux reaches
the photosphere, it may be further stressed via motions in this lower atmospheric layer. Magnetic field
reconnection is thought to be the mechanism through which the stored magnetic energy is transformed
into kinetic energy of accelerated particles and mass flows, and radiative energy along the whole electromagnetic spectrum. Though this mechanism is efficient only at very small spatial scales, it may imply a
large-scale restructuring of the magnetic field which is inferred from the combined analysis of observations, models of the coronal magnetic field, and computation of its topology. The consequences of energy
release include events that range from nano-flares, still below our present observational spatial resolution,
to powerful flares that may be accompanied by the ejection of large amounts of plasma and magnetic field
in events called coronal mass ejections (CMEs). We will review key observational signatures of flares and
CMEs on the Sun and discuss how the computation and analysis of the magnetic field topology, applied to
the widest variety of observed magnetic configurations, can be used to identify the energy release locations
and their physical characteristics.
[email protected]
Planetary
systems
1
Invited
Instituto de Astronomı́a y Fı́sica del Espacio, IAFE
The SNC Meteorites
Varela, M. E.
1
The SNC (Shergotty-Nakhla-Chassigny) group, are achondritic meteorites. Of all SNC meteorites recognized
up to date, shergottites are the most abundant group. The petrographic study of Shergotty began several
years ago when Tschermak, (1872) identified this rock as an extraterrestrial basalt. Oxygen isotopes in SNC
meteorites indicate that these rocks are from a single planetary body (Clayton and Mayeda, 1983). Because
the abundance patterns of rare gases trapped in glasses from shock melts (e.g., Pepin, 1985) turned out
to be very similar to the Martian atmosphere (as analyzed by the Viking landers, Owen, 1976), the SNC
meteorites are believed to originate from Mars (e.g. McSween, 1994). Possibly, they were ejected from the
Martian surface either in a giant impact or in several impact events (Meyer 2006). Although there is a broad
consensus for nakhlites and chassignites being -1.3Ga old, the age of the shergottites is a matter of ongoing
debates. Different lines of evidences indicate that these rocks are young (180Ma and 330-475Ma), or very old
(> 4Ga). However, the young age in shergottites could be the result of a resetting of these chronometers by
either strong impacts or fluid percolation on these rocks (Bouvier et al., 2005-2009). Thus, it is important to
check the presence of secondary processes, such as re-equilibration or pressure-induce metamorphism (El
Goresy et al., 2013) that can produce major changes in compositions and obscure the primary information.
A useful tool, that is used to reconstruct the condition prevailing during the formation of early phases or
the secondary processes to which the rock was exposed, is the study of glass-bearing inclusions hosted by
different mineral phases. I will discuss the identification of extreme compositional variations in many of
these inclusions (Varela et al 2007-2013) that constrain the assumption that these objects are the result of
closed-system crystallization. The question then arises whether these inclusions can be considered reliable
samples of the fluid/melt that was originally trapped.5
1
[email protected]
Instituto de Ciencias Astronómica de la Tierra y del Espacio (ICATE)
38
Invited
Instrumentation
Programme Book
New Opportunities with the Gemini Observatory
M. Boccas
1
Gemini Observatory’s associate director for development Maxime Boccas will present an update of the facility and introduce some new opportunities for astronomers at Gemini. Gemini operates twin 8-m telescopes,
one in Hawaii and the other in Chile. The departure of the UK from Gemini’s international partnership at
the end of 2012 provided the chance to re-evaluate the services offered to Gemini users and opened new
opportunities in two domains. First, Gemini will welcome discussions with groups wanting to bring their
own instruments for campaigns. This visiting instrument program will complement the suite of workhorse
instruments offered by the Observatory, and will allow scientific breakthroughs not possible with the regular suite of instruments. Second, the Gemini observatory will be offering cross-partnership large or long
programs. From 2014 on, Gemini will be dedicating 20collaborative programs selected through a yearly
call. Gemini is also looking at the possibility of offering some fraction of time in a fast turn-around mode,
as well as ”eavesdropping” for queue observing. We remain very interested in having astronomers visit
the telescopes. In addition to these two major initiatives, several new instruments have appeared in 2013:
Flamingos-2 and the Gemini Multi-conjugate adaptive optics System (GeMS) are being offered for science,
and the Gemini Planet Imager (GPI) has arrived on Cerro Pachon.
[email protected]
Gemini
AGN Observatory
1
Review
Active Galactic Nuclei
Arévalo, P.
1
Accreting supermassive black holes have had a large impact in the evolution of their host galaxies, and even
inject significant energy into their host cluster of galaxies. Although the black hole’s influence in these large
structures is evident, the central engine itself is remarkably difficult to observe. Their extremely compact
nature makes it impossible to resolve the final source of fueling, the accretion disc, although interferometric
observations have started to reveal important details of the material directly outside this region. In this talk
I will review the techniques that have shed light into the structure and behavior of these central engines in
the quest to find out how black hole grow.
1
[email protected]
Pontificia Universidad Católica, Chile
19
39
Star formation
Invited
Diversity of protoplanetary disks in stellar clusters: the case of the sigma Orionis
cluster
Hernández J.
1
; Calvet N.2 ; Mauco K.2 ; Ballesteros J.4 ; Perez A.1 ; Briceño C.1 ; Hartmann L.2 ; Olguin L.3 ; Contreras M.4 ;
Allen L.5 ; Espaillat C.6
The
Orionis cluster is a natural laboratory to study stars and protoplanetary disks in the first stages of
their evolution. This cluster is relatively near (Distance
400 pc) and the extinction is low (AV < 0.5 mag)
and thus enable us to study young stars in a entire range of masses, from its most massive star (O9.5 type
star) to the lowest mass objects, such as brown dwarfs and free-floating planets. Recently, we have obtained
the largest and most homogeneous spectroscopic characterization to date of stars belong to this cluster.
This information is a corner stone to derive stellar parameter. Of particular interest are stars that exhibit
infrared excesses produced by protoplanetary disks. Since the Orionis cluster has an evolutionary stage
in which mechanisms of disk dispersal have affected substantially its disk population, we observe large
diversity of disks in this stellar cluster (e.g.,optically thick full disks, pre-transitional disks, transitional disks,
homogeneusly depleted disks and debris disks). More than 100 stars bearing protoplanetary disks have
been detected in the
Orionis cluster with the disk census presented few years ago using IRAC and MIPS
observations. In this contribution, we present an overview of the latest results of an ongoing study of the
disk population in the
Orionis cluster combining Hershel-PACS observation, IRS spectroscopic data for
selected targets and theoretical models of disk evolution. In order to get a better understand of how disk
evolves from optically thick full disks to debris disks, these results will be combined with similar studies that
we are doing in more dispersed and older regions of the Orion OB1a and OB1b sub association.
1
2
3
4
5
6
[email protected]
Centro de Investigaciones de Astronomı́a, Mérida, Venezuela
Department of Astronomy, University of Michigan, Ann Arbor, MI 48109, US
Depto. de Investigación en Fı́sica, Universidad de Sonora, Sonora, México
Instituto de Astronomı́a, Universidad Nacional Autónoma de México, Ensenada, BC, México
NOAO, US
Harvard-Smithsonian Center for Astrophysics, US
20
40
Review
Stars
Programme Book
Wednesday, 27 November
White Dwarf Stars
S. O. Kepler
1
White dwarfs are the evolutionary endpoint for nearly 95% of all stars born in our Galaxy, the final stages of
evolution of all low- and intermediate mass stars, i.e., main sequence stars with masses below (8.5±1.5) M ,
depending on metallicity of the progenitor, mass loss and core overshoot. Massive white dwarfs are intrinsically rare objects, tand produce a gap in the determination of the initial vs. final mass relation at the high
mass end (e.g. Weidemann 2000 A&A, 363, 647; Kalirai et al. 2008, ApJ, 676, 594; Williams, Bolte & Koester
2009, ApJ, 693, 355). Main sequences stars with higher masses will explode as SNII (Smartt S. 2009 ARA&A,
47, 63), but the limit does depend on the metallicity of the progenitor. Massive white dwarfs are probably
SNIa progenitors through accretion or merger. They are rare, being the final product of massive stars (less
common) and have smaller radius (less luminous). Kepler et al. 2007 (MNRAS, 375, 1315), Kleinman et al.
2013 (ApJS, 204, 5) estimate only 1-2% white dwarfs have masses above 1 M . The final stages of evolution after helium burning are a race between core growth and loss of the H-rich envelope in a stellar wind.
When the burning shell is exposed, the star rapidly cools and burning ceases, leaving a white dwarf. As
they cool down, the magnetic field freezes in, ranging from a few kilogauss to a gigagauss. Peculiar type
Ia SN 2006gz, SN 2007if, SN 2009dc, SN 2003fg suggest progenitors in the range 2.4 2.8 M , and Das U.
& Mukhopadhyay B. (2012, Phys. Rev. D, 86, 042001) estimate that the Chandrasekhar limit increases to
2.3
2.6 M for extremely high magnetic field stars, but differential rotation induced by accretion could
also increase it, according to Hachisu I. et al. 2012 (ApJ, 744, 69). Garcı́a-Berro et al. 2012, ApJ, 749, 25,
for example, proposes double degenerate mergers are the progenitors of high-field magnetic white dwarfs.
We propose magnetic fields enhance the line broadening in WDs, causing an overestimated surface gravity,
and ultimately determine if these magnetic fields are likely developed through the star’s own surface convection zone, or inherited from massive Ap/Bp progenitors. We discovered around 20 000 spectroscopic white
dwarfs with the Sloan Digital Sky Survey (SDSS), with a corresponding increase in relatively rare varieties of
white dwarfs, including the massive ones (Kleinman et al. 2013, ApJS, 204, 5, Kepler et al. 2013, MNRAS,
439, 2934). The mass distributions of the hydrogen-rich (DA) measured from fitting the spectra with model
atmospheres calculated using unidimensinal mixing lenght-theory (MLT) shows the average mass (as measured by the surface gravity) increases apparently below 13 000K for DAs (e.g. Bergeron et al. 1991, ApJ, 367,
253; Tremblay et al. 2011, ApJ, 730, 128; Kleinman et al. 2013). Only with the tridimensional (3D) convection
calculations of Tremblay et al. 2011 (A&A, 531, L19) and 2013 (A&A, 552, 13; A&A, 557, 7; arXiv 1309.0886) the
problem has finally been solved, but the effects of magnetic fields are not included yet in the mass determinations. Pulsating white dwarf stars are used to measure their interior and envelope properties through
seismology, and together with the luminosity function of white dwarf stars in clusters and around the Sun
are valuable tools for the study of high density physics, and the history of stellar formation.
1
[email protected]
Universidade Federal do Rio Grande do Sul, Brazil
7
41
Invited
Planetary systems
The evolution of protoplanetary disk
Matthias R. Schreiber
1
The evolution of protoplanetary disks is essential for the star and planet formation process. While we have
discovered several mechanisms that are likely to drive the evolution of disks, e.g. grain growth, photoevaporation, planet formation, or binarity, we still struggle to understand their relative importance for the global
evolution of protoplantary disks and to relate them to observations. I will review recent progress based on
large infrared surveys of star forming regions, highlight spectacular discoveries made with ALMA, discuss
the possible detections of forming planets still embedded in their disks, and outline the future prospects of
this rapidly advancing research field.
1
[email protected]
Universidad de Valparaiso, Chile
Galaxies
Review
Thursday, 28 November
Galaxies at High Redshift
Franz. E. Bauer
1
Recent years have seen tremendous progress in finding and charactering star-forming galaxies at high redshifts across the electromagnetic spectrum, giving us a more complete picture of how galaxies evolve, both
in terms of their stellar and gas content, as well as the growth of their central supermassive black holes. A
wealth of studies now demonstrate that star formation peaked at roughly half the age of the Universe and
drops precariously as we look back to very early times, and that their central monsters apparently growth
with them. At the highest-redshifts, we are pushing the boundaries via deep surveys at optical, X-ray, radio
wavelengths, and more recently using gamma-ray bursts. I will review some of our accomplishments and
failures.
Telescope have enabled Lyman break galaxies to be robustly identified, but the UV luminosity function
and star formation rate density of this population at z = 6
8 seems to be much lower than at z = 2
4.
High escape fractions and a large contribution from faint galaxies below our current detection limits would
be required for star-forming galaxies to reionize the Universe. We have also found that these galaxies have
blue rest-frame UV colours, which might indicate lower dust extinction at z > 5. There has been some
spectroscopic confirmation of these Lyman break galaxies through Lyman- emission, but the fraction of
galaxies where we see this line drops at z > 7, perhaps due to the onset of the Gunn-Peterson effect (where
the IGM is opaque to Lyman- ).
1
[email protected]
Pontificia Universidad Católica de Chile
21
42
Galaxies
Invited
Programme Book
The star formation history of galaxies in the CALIFA survey
Rosa González Delgado
1
; Roberto Cid Fernandes2 ; Enrique Pérez1 ; Ruben Garcı́a Benito1 ; André Amorim1,2 ; Clara
Cortijo1 ; Rafael López Fernández1 ; Sebastian Sánchez1
The spatially resolved star formation history (SFH) of galaxies contains fundamental information to understand how the galaxies formed and evolve. We apply the fossil record method based on spectral synthesis
techniques to recover the SFH resolved in space and time for more than 200 galaxies from the CALIFA survey, which is gathering Integral Field Spectroscopy over the optical range and up to radial distances of 3 half
light radii (HLR) of local (z = 0.005–0.03) galaxies. This CALIFA sub-sample is well distributed in the colormagnitude diagram and contains a fair representation from the ellipticals through the bulge dominated to
the pure disk galaxies. In terms of stellar mass, the galaxies are distributed between Log M (Msun)= 9 to 12
with a peak in galaxies like the MW and M31. We investigate the SFH of galaxies and their trends of the radial
structure as a function of the galaxy stellar mass and morphology. We show how the different galactic spatial
sub-components (”bulge” and ”disk”) grow their stellar mass over time. We find that star formation history
of bulges is more fundamentally related to the stellar galaxy mass, and in contrast disks is related with the
local stellar mass surface density. We also obtain the spatially averaged and integrated galaxy properties,
and how they are related with the properties at 1HLR.
[email protected]
Invited
1
2
Instrumentation
Instituto de Astrofı́sica de Andalucı́a
Universidade Federal de Santa Catarina
ESO: Present and Future
Andreas Kaufer
1
ESO is an intergovernmental organization for astronomy founded in 1962 by five countries. It currently has
14 Member States in Europe with Brazil poised to join as soon as the Accession Agreement has been ratified. Together these countries represent approximately 30 percent of the world’s astronomers. ESO operates
optical/infrared observatories on La Silla and Paranal in Chile, partners in the sub-millimeter radio observatories APEX and ALMA on Chajnantor and is about to start construction of the Extremely Large Telescope
on Armazones.
La Silla hosts various robotic telescopes and experiments as well as the NTT and the 3.6m telescope. The
former had a key role in the discovery of the accelerating expansion of the Universe and the latter hosts
the ultra-stable spectrograph HARPS which is responsible for the discovery of nearly two-thirds of all confirmed exoplanets with masses below that of Neptune. On Paranal the four 8.2m units of the Very Large
Telescope, the Interferometer and the survey telescopes VISTA and VST together constitute an integrated
system which supports 16 powerful facility instruments, including adaptive-optics-assisted imagers and
integral-field spectrographs, with half a dozen more on the way and the Extremely Large Telescope with its
suite of instruments to be added in about ten years time. Scientific highlights include the characterisation
of the supermassive black hole in the Galactic Centre, the first image of an exoplanet, studies of gamma-ray
bursts enabled by the Rapid Response Mode and milliarcsec imaging of evolved stars and active galactic
nuclei. The single dish APEX antenna, equipped with spectrometers and wide-field cameras, contributes
strongly to the study of high-redshift galaxies and of star- and planet-formation. Early Science results obtained with the ALMA interferometer already demonstrate its tremendous potential for observations of the
22
cold Universe.
The review will summarize the entire ESO program and consider the next steps.
1
[email protected]
ESO
43
Review
Stellar systems
Galactic Dynamics: Origin, History, Present and Prospect
Barbara Pichardo
1
In this talk I will present a travel through the history and main contributions to astrophysical development
of the galactic dynamics discipline, passing by the most successful predictions and models, finishing with
an integral vision of what is known from the Milky Way structure from it dynamics and the prospects with
the new large scale surveys to understand it in the next decades.
1
[email protected]
Instituto de Astronomı́a, Universidad Nacional Autónoma de México (UNAM)
AGN
Invited
Determining the distances of the structures surrounding super-massive black holes
Steenbrugge, K. C.
1,2
The surroundings of super-massive black holes located in the centers of active galaxies is complex with
many components, such as the accretion disk, the corona, broad line region, the reflection component,
the torus and warm absorber, which is outflowing ionized plasma. The distance from the black hole, the
size and geometry of most of these components is poorly constrained. To constrain some of these physical
parameters we used the technique of time-resolved UV and X-ray spectroscopy. We obtained optical to
gamma-ray spectra and lightcurves over 100 days for Mrk 509, one of the brightest AGN in the X-ray band.
The most important conclusions are that the corona is consistent with an optically thick and relatively low
temperature layer on top of the accretion disk, compto-ionizing the accretion disk photons. The reflection
component, easily detected through the broad Fe K line, is located between 40-1000 gravitational radii
from the black hole. Two of the warm absorber components have a distance of
10 pc and for the others
the distance is larger than 70 pc, and all are thus located well outside the broad line region. From these
distances we can constrain the importance of these outflows on galactic evolution through feedback and
the recycling of metals in the galaxy.
1
2
[email protected]
Instituto de Astronomia, Universidad Catolica del Norte, Avenida Angamos 0610, Antofagasta, Chile
Department of Physics, University of Oxford, Keble Road, Oxford OX1 3RH, UK
9
44
Cosmology
Review
Programme Book
Friday, 29 November
Testing Fundamental Hypotheses in Cosmology
J. S. Alcaniz
1
Testing fundamental hypotheses in cosmology constitutes an important task for fundamental physics since
any violation of them would be a clear evidence of new physics. In this talk, we review some of these hypotheses and discuss the possibility of testing the so-called cosmic distance duality relation (CDDR). We
derive a new relation involving current measurements of the gas mass fraction of galaxy clusters from the
Sunyaev-Zeldovich effect fSZE and x-ray surface brightness fX
where
ray
observations, i.e., fSZE =
fX
ray ,
quantifies deviations from the CDDR. Since this latter expression is valid for the same object in
a given galaxy cluster sample, its application to current data removes possible contaminations from different systematics error sources and redshift differences involved in luminosity and angular diameter distance
measurements. We use the most recent fX
ray
and fSZE data to test the CDDR as an exact principle in
Nature and discuss the results in the light of some possible physics mechanisms of CDDR violation.
Invited
1
Cosmology
[email protected]
Observatório Nacional/MCTI
Multiple-tracer surveys of the large-scale structure of the Universe
1
L. Raul Abramo
New astrophysical surveys are starting to detect galaxies of many different types in massive numbers. At the
same time, these surveys are also mapping with exquisite accuracy the different environments where these
galaxies live. I will show that redshift surveys that map several different tracers of large-scale structure (e.g.,
galaxies of different luminosities, or halos of different masses) are a new leap forward for Cosmology. These
surveys can even appear to overcome the fundamental statistical limitation known as cosmic variance. I
will show how this is in fact possible, and how we can enhance constraints on cosmological parameters
when a given survey has a sufficient number of tracers of large-scale structure of different biases. I will
make the case for the multiple-tracer approach using the concrete example of J-PAS (the Javalambre PAU
Astrophysical Survey), one of the most promising redshift surveys of the near future.
Instrumentation
1
Invited
[email protected]
Physics Institute, University of Sao Paulo
Mmtron
de Graauw, T.
1
Millimetron is a 10-meter cooled space observatory that is optimized for the far-infrared and submm wavelength range. The facility has two operating modes: one can operate as a single-dish observatory or as an
element of a space-earth VLBI system. It will have scientific capabilities that can address various key problems in astronomy and astrophysics such as the formation and evolution of stars and planetary systems,
evolution of galaxies, quasars etc.. The telescope will be deployed in space and the panels of the primary
mirror are to be adjustable to achieve an rms accuracy less than 10 micron. The telescope and instrument
compartment will be cooled down to 4.5K by passive cooling and mechanical coolers. The instrument package is to include a set of heterodyne receivers operating in several bands between from 500 and 5000 GHz,
a submm array camera/spectrometer and a mm array camera/spectrometer covering 50 micron to 3 mm.
10is to include a wide international collaboration. CurMillimetron is proposed as a Russian-led mission and
rently, the mission scheduled to be launched in 2020.
1
[email protected]
ALMA
45
Review
Instrumentation
The SOFIA Airborne Infrared Observatory - first science highlights and future science
potential
Hans Zinnecker
1
SOFIA, short for Stratospheric Observatory for Infrared Astronomy, is a Boeing 747SP aircraft with a 2.7m
telescope flying as high as 45000 ft in the stratosphere above 99 percent of the precipitable water vapor.
SOFIA normally operates from its base in Palmdale, California, and a typical observing flight lasts for 10
hours before returning to base.
SOFIA has started astronomical observations in Dec 2010 and has completed some 30 early science
flights in 2011, delivering a number of exciting results and discoveries, both in mid-infrared imaging (540mu) and in far-infrared (THz) heterodyne high-resolution spectroscopy which were published in mid2012 in special issues of ApJ Letters and A & A, respectively. Meanwhile, in July 2013, as part of Cycle 1,
SOFIA has deployed to New Zealand for a total of 9 flights (all of them successful) and has observed key targets in the southern hemisphere at THz frequencies, including star forming regions in the Large and Small
Magellanic Clouds.
In this talk, I will present a few highlights of SOFIA early science and its future potential, when the full
suite of 7 instruments will be implemented by the time of full operations in 2015. As Herschel ran out of
cryogens in April 2013, SOFIA will be the premier FIR-astronomical facility for many years to come. Synergies with ALMA and CCAT must be explored.
SOFIA is a major bilateral project between NASA and the German Space Agency (DLR), however as an
international observatory it offers observing time to the whole astronomical community world-wide, not
only to the US and German primary partners.
[email protected]
SOFIA
InvitedScience Center at NASA-Ames, USA and DSI at Univ. of Stuttgart, Germany
1
Star formation
Star and planet formation in the era of the submillimeter observatories SMA/ALMA
Luis Zapata
1
In this talk, I will present the recent advances and challenges on the star and planet formation studies in
era of the submillimeter observatories: the Submillimeter Array (SMA) and the Atacama Large Millimeter/Submillimeter Array (ALMA). These observatories now provide angular resolutions similar to those obtained in the optical regimen allowing to study the obscured innermost parts of the circumstellar disks
where the planet and star formation are taken place. When ALMA is finished, its sensivity and high angular resolution might reveal planets around close-by young stars just in the process of formation. This will
open a new venue for the understanding on the origin of our own solar system.
1
[email protected]
Centro de Radioastronomı́a y Astrofisica (CRyA), UNAM
11
46

Short Talks - Universidade Federal de Santa Catarina

Transcrição

Documentos relacionados

Refrain - Solitary Experiments

Longslit Spectroscopy of the Peculiar Seyfert 2 Galaxy HRG 10103

1 Stars and Stripes

Galaxies and Clusters of Galaxies

Science requirements for the E-ELT IFU Instrument

Confessions of a Paparazzo - UTFPR`s English Speaking Club

A new paradigm for the universe - MSP

Manual do samsung galaxy s3 duos gt

Spectroscopic parameters for 451 stars in the HARPS GTO planet

Layout 1 (Page 1)

Manual do samsung galaxy star gt

Top Level (Science) Requirements

Diffuse stellar components in galaxies and galaxy clusters

xry used in pistorius trial del file decoder

HD179079b and HD73435b: Two Exoplanets

Galaxy tumblr themes

New planet definition sparks furore

Arts: Douglas Barzon (LIT - Divisão de Astrofísica

PORSEC 2016