Colloquium
HAYDN: A Next-Generation ESA Mission Concept for Stellar Structure and Evolution and its impact on exoplanet and galaxy formation
Abstract
HAYDN is one of the ten mission concepts proposed to ESA’s M-class call (M8) after its Step-1 selection. It is designed to revolutionise our understanding of stellar structure and evolution through high-precision, space-based asteroseismology in dense stellar fields, including clusters. By performing continuous photometric monitoring of stars in these dense stellar fields, HAYDN aims to map stellar interiors across a wide range of ages, masses, and chemical environments—providing unprecedented constraints on stellar physics, Galactic evolution, exoplanet’s formation, and the formation history of the Milky Way, for naming some of the HAYDN’s science cases.
About the talk
Universidad de Valencia
iCalendar Google Calendar
About the speaker
Andrés Moya is a Senior Lecturer at the University of Valencia. He obtained his PhD in Physics from the University of Granada in 2003, with a thesis carried out at the IAA (CSIC). He subsequently held postdoctoral positions at the Observatoire de Paris – Meudon, the CAB (INTA-CSIC), and the University of Birmingham, thanks to an MSCA fellowship. His main research interests lie in stellar structure and evolution and exoplanet characterization, with particular focus on asteroseismology and the use of ML/AI tools for stellar characterization. He is currently the Spanish Principal Investigator of HAYDN, an ESA M8 proposal.


