Citizen / General public
Researcher
Student / Future student
Company
Public partner
Journalist
Teacher / Pupil

The HERMES Project Selected for Université Paris Cité’s inIdEx 2025–2030 Program

Exploring the origins of life and the mysteries of the Universe: an ambitious project at the crossroads of Earth sciences and astrophysics

The HERMES Project Selected for Université Paris Cité’s inIdEx 2025–2030 Program

@Nasa

Publication date: 14/04/2025

Awards and Distinctions, Events, Research

Led by Razvan Caracas and supported by the IPGP in collaboration with the APC and AIM laboratories, the HERMES project has been selected as part of Université Paris Cité’s inIdEx 2025–2030 initiative. 

With annual funding of €650,000 over five years, HERMES aims to investigate the formation of cosmic structures, planetary evolution, and the emergence of life, using cutting-edge methods spanning from subatomic to galactic scales. 

This cross-disciplinary program will strengthen connections between research, education, and science outreach, and will help train a new generation of scientists specializing in the study of Earth and the Universe.

Latest news
Ancient preserved heterogeneities discovered in Mars’ mantle thanks to data from the InSight mission
Ancient preserved heterogeneities discovered in Mars’ mantle thanks to data from the InSight mission
An international team led by Imperial College London, the Institut de Physique du Globe de Paris / Université Paris Cité, Johns Hopkins University, th...
Melting planets reveal the internal history of rocky worlds
Melting planets reveal the internal history of rocky worlds
An international research team, led by scientists from the Institut de Physique du Globe de Paris (IPGP) in collaboration with researchers from Canada...
The oldest trace of a marine sedimentary environment?
The oldest trace of a marine sedimentary environment?
A new study conducted at the IPGP by Zhengyu Long, a PhD student in cosmochemistry, reveals that the Akilia rock in Greenland — over 3.6 billion years...
Soil erosion in mountain environments accelerated by agro-pastoral activities for 3,800 years
Soil erosion in mountain environments accelerated by agro-pastoral activities for 3,800 years
Over the last 3,800 years, agro-pastoral activities have accelerated alpine soil erosion at a pace 4-10 times faster than their natural formation.