Internship and thesis proposals
COUPLED FRICTION EFFECTS OF DIRAC SEA AND ELECTROMAGNETIC VACUUM ON ATOMIC MOVEMENTS

Domaines
Statistical physics
Nonequilibrium statistical physics
Quantum optics
Kinetic theory ; Diffusion ; Long-range interacting systems

Type of internship
Théorique, numérique
Description
Thanks to a semi classical model, we recently succeeded in providing a comprehensive solution to vacuum electromagnetic friction on rotating atoms at any distance and temperature. The same model is also shown to retrieve known results on interatomic conservative forces due to quantum fluctuations (London, Casimir-Polder). The goal of the internship, and follow-on PhD contract, is to include interaction with virtual pairs of particle-antiparticle among the fluctuations sources. During the internsip, one will loof for a first route towards including this effect in the semi-classical model, and give a first estimate of the order of magnitude of friction forces.

Contact
Hervé BERCEGOL
06 17 91 24 79


Email
Laboratory : SPEC - UMR 3680
Team : SPHYNX
Team Website
/ Thesis :    Funding :