PhD Thesis
Cooling a macroscopic mechanical oscillator close to its quantum ground state
Leonhard Neuhaus, defended on december 9th 2016
Corrélations optomécaniques : étude du bruit quantique de pression de radiation
Thibaut Karassouloff, defended on April 1st 2016
Optomécanique en cavité cryogénique avec un micro-pilier pour l’observation du régime quantique d’un résonateur mécanique macroscopique
Aurélien Kuhn, defended on June 21th 2013
Quantum and dynamical back-action effects using a gram-scale mechanical resonator in a high-finesse optical cavity
Alexandros Tavernarakis, defended on December 20th 2012
Interaction optomécanique à trois modes et refroidissement d’un micro-résonateur mécanique
Chiara Molinelli, defended in June 2011
Radiation pressure effects and quantum limits in optomechanical coupling
Pierre Verlot, defended on September 24th 2009
Optomechanical coupling, back-action and quantum limits in ultrasensitive optical measurements
Thomas Caniard, defended on July 19th 2007
Ultrasensitive optical measurement and radiation-pressure cooling of a micro-mechanical resonator
Olivier Arcizet, defended on December 8th 2006
Characterization of optomechanical coupling between light and a mirror: thermal noise and quantum effects
Tristan Briant, defended on December 12th 2003
Thermal noise and radiation-pressure effects in a high-finesse optical cavity
Pierre-François Cohadon, defended on January 25th 2000
Study of optomechanical coupling in a high-finesse cavity; observation of the Brownian motion of a mirror
Yassine Hadjar, defended on November 28th 1998