The quantum optics and nanophotonics course is delivered as two half semestre.
The first half semester is devoted to give an overview of the major achievements in nanophotonics. Revisiting the basics of light-matter interaction in condensed matter, we will explore both recent fundamental research and technological developments in nanoscience and photonics. A large emphasis will be put on the discusssion of seminal experimental results.
The second half-semester is devoted to an introduction to quantum optics and its associated major breakthrough in the manipulation and detection of quantum states of light.
Indicative list of topics in nanophotonics :
Course given by Christophe Voisin (Nanophotonics), Nicolas Treps (Quantum optics) tutorials by Emmanuel Baudin
Indicative bibliography nanophotonics :
Slides of the lectures nanophotonics :
Ressources :
Tutorials nanophotonics:
Indicative bibliography quantum optics :
Slides of the lectures quantum optics :
Tutorials quantum optics:
td1_2017.pdf
td2-4.pdf
soutien1-4.pdf
soutien2-3.pdf
nanophot-part1-polaritons-2.pdf
td_garnett-2.pdf
td_salisbury.pdf
td_excitonsqw-2.pdf
correction_nanohole.pdf
td_g2.pdf
introduction.pdf
td_polaritons-2.pdf
td_qcl-2.pdf
nanophotonique_exam_2016_eb.pdf
prl-versionhal.pdf
quantumcryptography.pdf
detectors.pdf
td_casimir.pdf
td_matrice_densite.pdf
td_photodetection.pdf
td_intrication.pdf
corrige-exam-enz.pdf
parametricdownconversion.pdf
td_boson_sampling.pdf
RECRUITMENT DIRECT ACCESS
The Department of Physics
BADGE 