Our research fields
Our research topics in interdisciplinary fields
Techniques and Instruments
Experimental tools and platforms
Partnerships & Valorization
Our valorization projects, from fundamental research to industrial transfer
Join our teams
Join a scientific community open to international fundamental research and to the industrial world
News
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A story with twists and turns: How to control the rotation of the notched sticks…
A playful article by a former LIDYL thesis student: the Bozo-Bozo
Agenda
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SINQ call for proposal : May 15th
From 07/04/2025 to 15/05/202516:50-23:50 -
High performance microwave photon counter and application to single spin magnetic resonance
16/04/2025-14:00 -
MLZ User Office: Third Call for Deuteration Proposals open until April 28th
18/04/202500:14-23:14 -
JDN 2025: June 2-5, 2025 Annecy
From 02/06/2025 to 05/06/202509:00-18:00
Highlights
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Functionalization of graphene by tetrazine grafting to improve the performance of supercapacitor electrodes
Intermittent power generation and the growing use of mobile electrical devices require efficient energy storage systems, with fast charging, long life and high power density. Supercapacitors, based on the storage of charges on the surface of electrodes, are competitive candidates for applications requiring high power and electrical capacitance, together with and extended cycling stability. The…
Fundamental Research
The research carried out at the Institute is mainly fundamental in nature, but is also open to the creation of economic value and technology transfer.
CIMAP
Located at GANIL, the thematics of CIMAP are :
Excited matter and defects – Materials and optics
LIDYL
Interactions, dynamics and lasers
Generation and use of ultra-high intensity (UHI) or attosecond laser pulses…
LLB
New frontiers in quantum materials, Soft matter, Instrumentation and neutron scattering
LSI
Fundamental research in physics and physical chemistry of materials – Irradiation – Theory and modeling
NIMBE
Designing, shaping and analyzing materials from the micron to the nanometer – Understanding physicochemical mechanisms
SPEC
Condensed-state physics and nanoelectronics,
Quantum devices and electronics, Complex systems
Missions and challenges for society
The fundamental research carried out by the teams of the six IRAMIS units is also in line with the following missions defined by their supervising organizations (CEA, CNRS, University, etc.).
Energy
New energy technologies
Numerics and model
Health and Medicine of the Future
Security
Research around large infrastructures – IR*
Last publications
Find out about our researchers’ scientific publications
Key figures
- 765 people
- 160 PhD students
- 80 external collaborators
- 9 joint laboratories with industrial companies
- 7 start-ups, 6 licences, 150 active patents
765
People
80
External collaborators
9
Joint laboratories
with industrial companies
160
PhD students
Research projects
PEPRs, Large-scale European projects
Social issues and responsibilities
Open science, Scientific integrity, Decarbonation
Knowledge spreading
The Iramis research teams regularly organise scientific conferences at a national level
Quality of life
At the heart of the Paris-Saclay plateau, …