Revelan detalles de la evolución de las galaxias que se zambullen en los cúmulosDescubrimiento de una galaxia inesperadamente solitariaAgujeros negros con carga eléctrica como alternativa a la materia oscura

Details of the evolution of "backsplash" galaxies unravelled

A study led by a team from the Institute for Theoretical and Experimental Astronomy (IATE), using computer simulations, explains the transformation of galaxies that enter and leave a cluster.

Unexpectedly lonely galaxy discovered

An international team, including Carlos Donzelli, a researcher at the Instituto de Astronomía Teórica y Experimental (IATE) and the Observatorio Astronómico de Córdoba, made a finding that could challenge the timescales in which galaxies are expected to grow. These results were obtained using data from NASA’s Chandra X-ray Observatory and the Gemini International Observatory.

Black holes with electric charge as an alternative to dark matter

Un equipo internacional co-dirigido por Nelson Padilla, investigador del Instituto de Astronomía Teórica y Experimental (IATE), publicaron un artículo que vincula los agujeros negros, las cargas eléctricas y la materia oscura.

Authorities

Director: Dr. Nelson Padilla

Vicedirectora: Dra. Cinthia Ragone Figueroa

 

Directive Consil:

Titular Researchers Substitutes Researchers
Dra. María Laura Ceccarelli Dr. Mario Abadi
Dra. Valeria Coenda Dr. Diego Garcia Lambas
Dr. Carlos Donzelli Dra. Celeste Parisi
Dr. Manuel Merchán  
Dr. Ariel Zandivarez  
Dr. Hernán Muriel  
CPA Titular Alternate CPA
Dra. Carolina Villalón Ing. Sebastián Gualpa
Titular Fellow Alternate Fellow
Lic. Facundo Toscano Lic. Agustín Rodriguez Medrano

 

Institutional Communication: Facundo Rodríguez

Technological Link:  Dante Paz

Seminars: Juan Racker – Laura Ceccarelli

Web Page Valeria Coenda

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