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Physics & AstroPhysics (PAP)

Observe, model and understand the Universe and its fundamental laws

The Physics & Astrophysics (PAP) research team at IPSA, a leading aeronautics and space school, is at the crossroads of cosmology, celestial mechanics and fundamental physics.

In astrophysics and astrometry, his work aims to position celestial bodies, both natural and artificial, with extreme precision, using fine observations to better understand the dynamics of gravitational systems.

Through the physical and dynamic characterization of small solar system bodies, or the study of the interaction of neutrinos with atomic nuclei, the PAP team is committed to exploring the origins of the cosmos, the laws that govern it and the potential risks that threaten it.

THE GOALS

Constraining solar system formation scenarios

Refining the prediction of near-Earth asteroid trajectories

Detecting as yet unknown physical phenomena

Contribute to a better understanding of fundamental interactions in the Universe

Image of a nebula with superimposed mathematical formulae

Research areas

Astrometry and dynamics of small solar system bodies

Interaction of neutrinos with atomic nuclei

Fundamental physics research with the gas pedals of the future

Thematic
research

Digitization and use of old photographic plates (NAROO project) to improve ephemerides Digitization and use of old photographic plates (NAROO project) to improve ephemerides

Astrometry and dynamic modeling of small bodies (especially binary asteroids) Astrometry and dynamic modeling of small bodies (especially binary asteroids)

Physical characterization via stellar occultations (Lucky Star project) Physical characterization via stellar occultations (Lucky Star project)

Simulation of neutrino-core interactions (T2K, Hyper-Kamiokande projects) Simulation of neutrino-core interactions (T2K, Hyper-Kamiokande projects)

Study of neutrino-nucleus cross sections and their impact on oscillation analyses Study of neutrino-nucleus cross sections and their impact on oscillation analyses

Research into physics beyond the Standard Model at future gas pedals (ILC, FCC) Research into physics beyond the Standard Model at future gas pedals (ILC, FCC)

Studies of electroweak excitations of atomic nuclei of astrophysical interest Studies of electroweak excitations of atomic nuclei of astrophysical interest

Internal
team

Josselin DESMARS – Enseignant chercheur en Astrophysique, chercheur associé au LTE (Laboratoire Temps‑Espace)

Josselin DESMARS Enseignant chercheur

in Astrophysics, research associate at LTE (Laboratoire Temps-Espace)

Hela FRIHA – Enseignante-chercheuse, chercheuse associée à l’IMSE (Université Gustave Eiffel)

Hela FRIHA Enseignante-chercheuse

Associate researcher at IMSE (Gustave Eiffel University)

Anica LEKIC – Enseignant chercheuse en Astrophysique, pilote du dispositif Student Lab

Anica LEKIC Enseignante-chercheuse

in Astrophysics, pilot of the Student Lab program

Marco MARTINI – PR Physique théorique, chercheur associé au LPNHE

Marco MARTINI PR Physique théorique

associate researcher at LPNHE

Redamy PEREZ-RAMOS – EC Physique théorique, chef du Département Physique, Aéronautique, Énergétique et Spatial ; chercheur associé au LPTHE

Redamy PEREZ-RAMOS EC Physique théorique

Head of the Physics, Aeronautics, Energy and Space Department; Associate Researcher at LPTHE

Vincent ROBERT EC Astrophysique

head of the Space, Launchers and Space divisions; research associate at the LTE (Laboratoire Temps-Espace), scientific leader of the NAROO project

Lorenzo RESTREPO Doctorant

“Preparation of the reconstruction and oscillation analyses for Hyper-Kamiokande” – Thesis co-funded by CNRS (LPNHE)

Team co-supervised with
partner laboratories

Valerio BELOCCH

PhD student – “Interaction of neutrinos with nuclei” – Co-supervision University of Turin (2021-2025)

Lavinia RUSSO

D. student – “Neutrino-nucleus cross sections at T2K’s ND280 detector” – Co-supervision at LPNHE

Raphaël LALLEMAND

PhD student – “Binary asteroid studies via Gaia and occultations” – Co-supervision at LTE

Partner laboratories :

Research project
emblematic

Artist view of Gaia spacecraft (ESA)

Projet t2k

Join the research team

Call on the services of the PAP team

Other research topics at IPSA
AERONAUTICS AND aerospace school

Research in Materials,
Mechanics, Fluids &
Energy (2MFE)

Signals &
Artificial Intelligence
(SIA)

Research in Control,
Optimization and Decision
(COD)

Daltonisme

Lecture

Dyslexie

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