Researcher CNRS Team(s) Clusters and Surfaces under Intense Excitation

Phone: +33 1 44 27 62 30

Office: tower 22, 3rd floor, corridor 12 -22, room 315

Email: trassinelli(at)insp.upmc.fr

Research activity

• Highly charged ion structure
  • QED tests in strong field by high-accuracy X-ray spectroscopy
    • Lamb shift of helium-like heavy ions (article, news GSI, news Jena) (future project)
    • Lamb shift of hydrogen-like heavy ions (recent project) (future project)
• Highly charged ion collisional dynamics
  • Interaction between highly charged ions and magnetic surfaces (DIMAS ANR project)
  • Irradiation induced modification of giant magnetocaloric materials
  • Fast-Ion–Slow-Ion Collisions
• Probabilities and Co.
  • Data analysis tools for model selection for spectra
  • Quantum NESTed sampling (QNEST) project for nuclear quantum effects in condense matter
  • Probabilities and foundation of quantum mechanics and probability (related topical article)
• Exotic atoms
• Physics of breath-hold diving

Teaching

• Theory of Classic Field, Research Master of Physics, Sorbonne Université, Paris, France

• Atoms and Molecules in Strong Field, Research Master Light, Matter and Interactions (LUMI), Sorbonne Université, Paris, France

Collaborations

• Stored Particles Atomic Physics Research Collaboration
• Fast-Ion–Slow-Ion Collisions
• ExtreMe Matter Institute 

Codes

• Nested_fit: A versatile data analysis program based on Bayesian statistics for the evaluation of model probabilities and parameter posterior probability distributions. Written in Fortran with a Python library for post-analysis and plots. Available on GITHUB
• Minuit_fit: A versatile χ² minimisation program based on MINUIT CERN library with different choices of χ²-statistics and profile functions. Written in Fortran. Available on demand.

Publications

Detailed list of contributions in PDF format

Publication list in HAL

Publication list in google scholar

CV

cv_trassinelli_20260107