Offres de stage et propositions de thèse
New quantum sensor concepts for measuring gravity on antihydrogen.

Domaines
Quantum optics/Atomic physics/Laser
Quantum information theory and quantum technologies
Metrology

Type de stage
Théorique, numérique
Description
For several years now, the Kastler Brossel laboratory has been studying the possibility of using the quantum bounce of an atom, thanks to the Casimir Polder potential, to produce atomic interference and a precise measurement of gravity. Until now, models have neglected surface losses. We want to take them into account and calculate their effect on the interference. This theoretical project will be based mainly on numerical simulations and analytical models.

Contact
Pierre Cladé
01 44 27 43 88


Email
Laboratoire : LKB - UMR 8552
Equipe : Interferométrie atomique
Site Web de l'équipe
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