Category Archives: Non classé
New paper!
Elsa Cassette reports on a new study performed in her previous lab (LIDYL). It deals with the physics of excitons dynamics in 2D perovskites nanoplatlets. It is published in The journal of Physical Chemistry Letters
Light on some of our activities in Video
Recently our team presented two of its activities in short videos (in French). If you want to know more about nano-light source made from perovskites crystals, please follow Cédric Damien, will tell you everything on how a single optically levitated … Continue reading
New paper from the group
Emmanuelle Deleporte is co-author of the review entitled “Perovskite semiconductors for room-temperature exciton-polaritonics” publshed in Nature Materials.
New paper from the group
The group of M. Chamarro (INSP) together with people from NOOS team published a paper entitled “Energy Tuning of Electronic Spin Coherent Evolution in Methylammonium Lead Iodide Perovskites” in The Journal of Chemistry Letters.
New paper: “Les différents types de magnétisme”
New paper (in French) by Emmanuelle Deleporte in the “Bulletin de l’Union des professeurs de physique chimie”
New paper: 25th Anniversary of Molecules—Recent Advances in Inorganic Chemistry
Cédric Mayer and his co-workers published this paper for the 25th anniversary of the Journal ‘Molecules’. The paper in open access can be download here
New paper: HOPs and Tetrazines
The group report on “Tetrazine molecules as efficient electronic diversion channel in 2D organic-inorganic perovskites”. This work has been done in collaboration with FOTON, PPSM, and ILV labs. You can find the paper here Abstract: We present the synthesis of … Continue reading
New Post Doc in the group
We welcome a new post-doc in the group! Christine begins a work on the optical properties of nanographenes!
New post-doc in the group
We welcome a new post-doc in the group! Maxim begins a work on the synthesis of new perovskites nanocrystals!
New paper: Directing random lasing emission using cavity exciton-polaritons
New paper from the group. The particular light-matter interaction in optical cavities called ‘strong coupling regime’ leads to the existence of new quasi particles called cavity exciton-polaritons. These quasi particles, made both of light and matter excitations, are used to … Continue reading