Speaker : Benjamin Besga, ILM Lyon
Abstract : The aim of stochastic thermodynamics is to study small non-equilibrium systems subject to thermal fluctuations. Some results from this field will be illustrated using experiments carried out on opto-mechanical systems, mainly colloidal particles in an optical trap. Using non-equilibrium statistical physics will see how we can accelerate the natural dynamics of a system, shorten the mean first passage time on a target, or measure the forces acting on a non-equilibrium probe. Finally, we’ll ask how we can interrogate the quantum limit of these results by looking at the opto-mechanical coupling of a self assembled supercrystal of quantum dots in an optical trap.
Next events
Back to the agendaSeminar Axis 1 presented by Rémi Avriller
Title : Light-Matter Interactions and Chirality in Optical Fabry-Pérot Cavities: a Mic // Mac Point of View
Mini symposium on "Light-matter interactions in nanostructures"
This mini workshop is sponsored by the QMat international graduate school.