Au passage: Vidéo intéressante sur « fermions VS bosons »
[1] “Nature isn’t classical, dammit, and if you want to make a simulation of nature, you’d better make it quantum mechanical, and by golly it’s a wonderful problem, because it doesn’t look so easy. »
Feynman
[Skipped– edit suggestions are welcome]
Resumé des notions vu
Resumé des notions qu’on a vu dans ce cours:
There may be problems of experimental design or set-up that affect the validity of the experimental findings. These problems are often referred to as « loopholes ».
The most prevalent loopholes in real experiments are the detection (detection efficiency) and locality loopholes.
– The detection loophole is opened when a small fraction of the particles (usually photons) are detected in the experiment, making it possible to explain the data with local hidden variables by assuming that the detected particles are an unrepresentative sample.
– The locality loophole is opened when the detections are not done with a spacelike separation, making it possible for the result of one measurement to influence the other without contradicting relativity. In some experiments there may be additional defects that make local-hidden-variable explanations of Bell test violations possible
wikipedia
Série de blog posts qui contient les resumés des cours mais avec des ressources externes (sans réutiliser les même ressources) donc sans réutiliser les slides qu’on voit en cours ni les livres référencés (afin de diversifier un peu les méthodes d’explication) et pour éviter la redondance.
Le but de chaque resumé qu’il soit lisible en ~20 minutes. pour parcourir les notions importantes vu en cours.
