Experimental set-up acoustic clamps The experimental set-up described below was developed in the framework of a thesis on manipulation and trapping by acoustic radiation pressure. This type of trap based on the use...
by web-acoust · Published 1 March 2021
· Last modified 4 April 2022
Team Permanent Member: Daniel Garcia Sanchez Chercheur invité : Bernard Perrin Quantum optomechanics and electromechanics is a fast growing field with promising applications in quantum information. Recently non-classical mechanical states have been realized. However,...
by web-acoust · Published 1 March 2021
· Last modified 12 January 2024
Equipe Permanent Member: Jean-Louis Thomas Non-contact handling of solid objects is possible by using the forces exerted by electromagnetic or acoustic fields [1,2]. Optical tweezers are the best known example and earned A....
by web-acoust · Published 1 March 2021
· Last modified 12 January 2024
Team Permanent member: Olga Boyko Emeritus researcher: Bernard Bonello Theorical aspects Following the example of what happened about twenty years ago for photonic crystals, we are currently witnessing a certain effervescence around phononic...
by web-acoust · Published 1 March 2021
· Last modified 12 January 2024
Team Permanent Membres: Laurent Belliard, Olga Boyko, Agnès Huynh, Eric Charron, Serge Vincent Guest Researcher: Bernard Perrin PhD Student: Phonons play an essential role in the optical and electronic phenomena of semiconductors and their...
by web-acoust · Published 1 March 2021
· Last modified 11 June 2024
Team Permanent Members: Jean-Yves Duquesne, Pauline Rovillain PhD Student: Louis Christienne Magneto-striction, i.e. the coupling between magnetization and deformation, offers an original means of controlling magnetic properties. Thus, we use surface acoustic waves (rayleigh waves)...
by web-nanopt · Published 8 December 2020
· Last modified 15 January 2024
Spectrophotometer CARY 5000 UV-VIS-NIR UV-Vis-NIR spectrometry device, with high photometric performance in the 175-3300nm range, controlled by Cary WinUV modular software. It is equipped with an enlarged sample compartment, which can contain and interchange...
by web-nanopt · Published 8 December 2020
· Last modified 4 January 2024
Manipulation of light by plasmonic nanostructures We can modify the propagation of electromagnetic waves in materials by structuring them in two or three dimensions at scales far below the wavelength. The resulting materials are...
by Cécile Duflot · Published 1 December 2020
· Last modified 12 January 2024