معرفی
Jerome Daquin is a researcher specializing in nonlinear dynamics applied to celestial mechanics and space sustainability. His work focuses on mathematical modeling and simulations of space debris and artificial satellite environments using dynamical systems theory.
- Education:
- PhD in Essays on the motion of resonant artificial bodies (Observatoire de Paris, 2015)
- Master 2 in Astronomy and Astrophysics (Paris Observatory, 2012)
- Master 2 in Applied Mathematics (University of Liile 1, 2011)
Daquin's research explores chaos detection, space situational awareness, and orbital resonance to address challenges in space debris management. His recent publications emphasize Lagrangian descriptors, resonant structures, and phase space analysis for navigation satellites.
Scientific recognition includes:
- Nature News feature (2018): 'The quest to conquer Earth's space junk problem'
- Best Paper Award (2017): Celestial Dynamics & Astrodynamics, Viterbo, Italy
- Springer-Nature groundbreaking paper nomination (2017)
He leads projects like CHAOS (orbital resonance transport) and DYNASTY (dynamical systems for space sustainability), collaborating internationally. His methodology integrates nonlinear dynamics and network paradigms to improve orbital environment understanding.
