CEA |   |   |   |   |   |   | webmail : intra - extra |  Accès VPN-SSL | Contact | Français
 / 
 / 
IRAMIS: Saclay Institute of Matter and Radiation
logo_tutelle 

IRAMIS "Saclay Institute of Matter and Radiation" is the 2nd Institute in size of the CEA Fundamental research Division (DRF).  IRAMIS gathers 6 joint Research Units in association with CNRS, Ecole Polytechnique or ENSICAEN. Four are located on the CEA Research Centre of Saclay (LIDyL, LLB, NIMBE and SPEC), one on the site of the Ecole Polytechnique (LSI) and one in Caen (CIMAP), close to GANIL.

Discover the IRAMIS:                 - by Research Programs         - by Units         - by Techniques

Mostly fundamental, the research in physics and chemistry carried out at the Institute are in close connection with societal issues and CEA programs :

To carry out this research program, the teams of IRAMIS implements leading foreground facilities and scientific equipments, and are also very active around the Great Europeans Instruments.

Mostly fundamental , research carried out at the Institute are open to the creation of economic value and technology transfer.  IRAMIS also  contributes to 4  EQUIPEX and 4 LABEX of the "Investments for the Future"  programmes of the French government.

 

Last update : 04/21 2016 (444)

Sphynx / Group members : SPHYNX members Permanent Staff   Daniel BONAMY (SPHYNX head) phone: +33 (0)1 6908 2423 office: Bldg 772 room 229 email:daniel.bonamy@cea.fr my homepage Fracture Saco ... More »
Anatomic scale : In collaboration with chemists from ENS Lyon and from CEA/iBiTeC-S and CBM Orléans, MRI experiments on living rodents are undertaken. 129Xe NMR-based biosensors designed to target a pulmonary disease are instilled in the lungs of the anesthetized animal. The acquisition is then performed ... More »
Modeling DNA excitons : Modeling DNA excitons We have modeled the Franck-Condon excited states of DNA duplexes and G-quadruplexes. Our calculations were performed in the frame of the exciton theory combining molecular dynamics simulations (collaboration with Richard Lavery and Krystyna Zakrzewska) and data from quantum ... More »
Screening : « Back to the Group page « Back to the Oxides page   Surface polarization charge in ferroelectric (FE) materials can be screened by a variety of mechanisms: intrinsic (charge carriers or defects in the bulk), extrinsic (chemical environment or adsorbates), domain ... More »

 

Retour en haut