LARIM 2023

Monday 27 de November

Tuesday 28 de November

Wednesday 29 de November

Thursday 30 de November

Friday 01 de December

SALÓN AZUL SALÓN ROJO (150) SALÓN DORADO (120) FOYER eliminar filtro de sala

Friday 01 de December

SALÓN AZUL

09:00 - 09:50 Plenary Review Talk

Invited Speaker:

Francisco Förster - Universidad de Chile (Chile) [cv]

Chair: Javier Licandro

#605 | The ALeRCE astronomical alert broker

Francisco Förster ¹

1 - Universidad de Chile.

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09:50 - 10:20 Plenary Target Talk

Invited Speaker:

Marcio Meléndez - Space Telescope Science Institute (EE.UU.) [cv]

Marcio Meléndez

Space Telescope Science Institute

Curriculum Vitae:

El Dr. Marcio Meléndez obtuvo una Licenciatura en Física en la Universidad Simón Bolívar de Venezuela y después una Maestría en Física en el Instituto Venezolano de Investigaciones Científicas, IVIC. Durante este tiempo su trabajo de investigación se enfocó en realizar cálculos atómicos de plasmas astrofísicos. Posteriormente continuó sus estudios en la Universidad Católica de América, en Washington DC, donde obtuvo una Maestría y Doctorado en Física, realizando en el Centro Goddard de la NASA su trabajo de tesis doctoral sobre agujeros negros super masivos en el centro de galaxias activas. En el 2008 obtuvo una beca de investigación como parte del programa postdoctorante de la NASA (NPP) para trabajar con observaciones de galaxias activas usando el telescopio espacial en el infrarrojo Spitzer. Seguidamente obtuvo posiciones como investigador en el departamento de Física y Astronomía de la Universidad John Hopkins y Departamento de Astronomía de la Universidad de Maryland. En el 2015 se unió al equipo de óptica del módulo integrado de instrumentos científicos del telescopio espacial James Webb donde participó en las pruebas al vacío del telescopio realizadas en los centros de la NASA, Goddard y el centro espacial Johnson en Houston, Texas, EEUU. Actualmente el Dr. Marcio Meléndez es científico principal de óptica astronómica en el Instituto Científico del Telescopio Espacial en Baltimore, Maryland, EEUU. Dr. Meléndez participó en la comisión del elemento óptico del telescopio espacial James Webb, en particular, la alineación de sus espejos hasta lograr imágenes, limitada solamente por la difracción. Los intereses científicos de Dr. Meléndez están relacionados con el estudio de los agujeros negros supermasivos en el centro de galaxias activas y su interacción con la galaxia en la que residen.

Chair: Javier Licandro

#599 | The James Webb Space Telescope: commissioning and first year of operations

Marcio Meléndez ¹

1 - Space Telescope Science Institute.

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10:20 - 11:00 COFFEE BREAK

11:00 - 12:30 J: Galaxies and Cosmology

Early Universe / AGN

Chair: Félix Mirabel

#230 | XQR-30: Black hole masses and accretion rates for 42 z \textgreater 6 quasars

Chiara Mazzucchelli ¹

1 - Universidad Diego Portales.

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#015 | Search for LAE galaxies at z~6 in the Thesan simulations

Luz Ángela García ¹

1 - Universidad ECCI.

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#319 | First detection of a newborn AGN

Patricia Arevalo ¹ ; Elena López Nava ¹ ; Mary Loli Martínez Aldama ² ; Paula Sánchez-Sáez ³ ; Santiago Bernal ¹ ; Lorena Hernández García ¹ ; Paulina Lira ⁴

1 - Universidad de Valparaíso. 2 - Universidad de Concepción. 3 - ESO. 4 - Universidad de Chile.

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#144 | The deepest and sharpest radio continuum map of the sky: the VLA 10GHz Survey of GOODS-N

Eric Jimenez Andrade ¹

1 - Institute of Radio Astronomy and Astrophysics/UNAM.

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#247 | On the nature of type 2 quasars

Gabriel Roberto Hauschild-Roier ¹ ; Thaisa Storchi-Bergmann ¹

1 - Universidade Federal do Rio Grande do Sul.

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12:30 - 14:30 LUNCH

14:30 - 15:20 Plenary Review Talk

Invited Speaker:

Luis A. Núñez - Universidad Industrial de Santander (Colombia) [cv]

Luis A. Núñez

Universidad Industrial de Santander

Curriculum Vitae:

Experimental particle physics and Astrophysics are global endeavours out of necessity. The sheer scale of designing, constructing, and operating immense equipment, along with managing and analysing vast data sets, often demands the collaboration of hundreds or even thousands of individuals, alongside funding from numerous nations. Participation in these endeavours offers individuals, institutions, and countries access to valuable training, cutting-edge technology, and a wealth of knowledge. However, becoming fully integrated into international experimental research efforts is a process that often spans generations.

During this presentation, we will provide an overview of various initiatives underway in Latin America. One is the BELLA initiative, establishing a state-of-the-art transcontinental fibre optic connecting research and education networks of Europe (GÉANT) and Latin America (RedCLARA). This link facilitates collaborative efforts among academic communities, including Scientific Collaboration on Climate Change, Advanced Computing System for Latin America and the Caribbean (SCALAC) and University Telemedicine Network (RUTE-AL)

Additionally, we will delve into the efforts of the Latin American Strategy Forum for Research Infrastructure (LASF4RI), dedicated to formulating a strategic framework for advancing research infrastructures in high-energy physics, Cosmology, and Astroparticle Physics. This initiative led, in November 2021, to the Latin American Association for High Energy Physics, Cosmology and Astroparticle Physics (LAA-HECAP) aimed at consolidating and expanding the momentum in research within these fields.

We will also detail LA-CoNGA physics, an ERASMUS+ initiative focused on modernising university infrastructure and enhancing pedagogical offerings in advanced physics. This exemplifies a collaboration between Europe and Latin America to train the next generation of HECAP physicists through a virtual teaching and research network involving three European universities and eight in Latin America, as well as scientific and industrial partners.

Finally, we will explore strategies for aligning these initiatives with the needs and aspirations of the Astronomy, Astrophysics, and Space Science community in Latin America.

Chair: Carlos Román

#598 | Empowering Latin American Research: Initiatives in Particle Physics, Astroparticle, and more

Luis A. Núñez ¹

1 - Escuela de Física, Universidad Industrial de Santander.

[.pdf]

Abstract:

Experimental particle physics and Astrophysics are global endeavours out of necessity. The sheer scale of designing, constructing, and operating immense equipment, along with managing and analysing vast data sets, often demands the collaboration of hundreds or even thousands of individuals, alongside funding from numerous nations. Participation in these endeavours offers individuals, institutions, and countries access to valuable training, cutting-edge technology, and a wealth of knowledge. However, becoming fully integrated into international experimental research efforts is a process that often spans generations. During this presentation, we will provide an overview of various initiatives underway in Latin America. One is the BELLA initiative, establishing a state-of-the-art transcontinental fibre optic connecting research and education networks of Europe (GÉANT) and Latin America (RedCLARA). This link facilitates collaborative efforts among academic communities, including Scientific Collaboration on Climate Change, Advanced Computing System for Latin America and the Caribbean (SCALAC) and University Telemedicine Network (RUTE-AL) Additionally, we will delve into the efforts of the Latin American Strategy Forum for Research Infrastructure (LASF4RI), dedicated to formulating a strategic framework for advancing research infrastructures in high-energy physics, Cosmology, and Astroparticle Physics. This initiative led, in November 2021, to the Latin American Association for High Energy Physics, Cosmology and Astroparticle Physics (LAA-HECAP) aimed at consolidating and expanding the momentum in research within these fields. We will also detail LA-CoNGA physics, an ERASMUS+ initiative focused on modernising university infrastructure and enhancing pedagogical offerings in advanced physics. This exemplifies a collaboration between Europe and Latin America to train the next generation of HECAP physicists through a virtual teaching and research network involving three European universities and eight in Latin America, as well as scientific and industrial partners. Finally, we will explore strategies for aligning these initiatives with the needs and aspirations of the Astronomy, Astrophysics, and Space Science community in Latin America.

15:20 - 16:00 COFFEE BREAK

16:00 - 17:30 J: Galaxies and Cosmology

AGN / Supermassive Black Holes

#283 | Ionized gas outflows vs. maintenance mod feedback in MaNGA AGN

Lara Gatto ¹ ; Thaisa Storchi Bergmann ¹

1 - Universidade Federal do Rio Grande do Sul.

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#466 | First observation of double-peaked OI emission in the near-infrared spectrum of an active galaxy

Denimara Dias dos Santos ¹ ; Alberto Rodríguez-Ardila ² ; Swayamtrupta Panda ² ; Murilo Marinello ²

1 - Instituto Nacional de Pesquisas Espaciais. 2 - Laboratório Nacional de Astrofísica.

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#185 | Probing the rapid formation of black holes and their Galaxy hosts in QSOs

Karla Alejandra Cutiva Alvarez ¹ ; Roger Coziol ¹ ; Juan Pablo Torres Papaqui ¹

1 - Universidad de Guanajuato.

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#302 | Unveiling Spectroscopic Confirmation and Characterization of Bright Galaxies at $\gtrsim$ 8 with JWST

Sofía Rojas-Ruiz ¹ ; Micaela Bagley ² ; Guido Roberts-Borsani ³ ; Steven Finkelstein ² ; Tommaso Treu ¹ ; Pablo Arrabal Haro ⁴ ; Eduardo Bañados ⁵ ; Oscar Antonio Chavez Ortiz ² ; Katherine Chworowsky ² ; Taylor Alexandra Hutchison ⁶ ; Rebecca Larson ⁷ ; Nicha Leethochawalit ⁸ ; Gene Leung ² ; Charlotte Mason ⁹ ; Takahiro Morihista ¹⁰ ; Rachel Somerville ¹¹ ; Michele Trenti ¹² ; Aaron Yung ¹³

1 - University of California, Los Angeles. 2 - The University of Texas at Austin. 3 - University of Geneva. 4 - AURA/NOIRLab. 5 - Max Planck Institute for Astronomy. 6 - NASA Goddard Space Flight Center. 7 - Rochester Institute of Technology. 8 - National Astronomical Research Institute of Thailand. 9 - University of Copenhagen / DAWN. 10 - Caltech/IPAC. 11 - Rutgers University/ Flatiron Institute. 12 - University of Melbourne. 13 - Space Telescope Science Institute.

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#462 | Dusty star-forming galaxies as tracers of protoclusters: A simulated perspective

Pablo Araya Araya ¹ ; Rachel Cochrane ² ; Christopher Hayward ² ; Douglas Rennehan ³ ; Laerte Sodré Jr. ¹ ; Robert Yates ⁴ ; Roderik Overzier ⁵ ; Marcelo Vicentin ¹

1 - Universidade de São Paulo. 2 - Flatiron Institute (CCA). 3 - Flatiron Institute. 4 - University of Hertfordshire. 5 - Observatório Nacional.

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#028 | The relation between globular cluster systems and supermassive black holes in spiral galaxies III. The link to the $M_\bullet - M_\ast$ correlation.

Rosa A. Gonzalez Lopez Lira ¹ ; Luis Lomelí-Núñez ² ; Yasna Ordenes-Briceño ³ ; Laurent Loinard ¹ ; Stephen Gwyn ⁴ ; Karla Alamo-Martínez ⁵ ; Gustavo Bruzual ¹ ; Ariane Lançon ⁶ ; Thomas Puzia ³

1 - UNAM. 2 - Universidade Federal do Rio de Janeiro. 3 - Pontificia Universidad Católica de Chile. 4 - Herzberg Institute of Astrophysics. 5 - Universidad de Guanajuato. 6 - Université de Strasbourg.

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17:30 - 17:45 CLOSURE