Neutron Scattering: Scientific Challenges and Objectives
Neutron scattering is a unique analytical technique used to investigate the structure, magnetic properties, and dynamics of materials at different length scales. Thanks to their high penetration capability and sensitivity to light elements such as hydrogen, neutrons provide information that is often inaccessible through other experimental methods.
Strategic Research Areas
⚡ Energy
Batteries, hydrogen technologies, and nuclear materials.
Batteries, hydrogen technologies, and nuclear materials.
🧱 Advanced Materials
Design and characterization of new materials.
Design and characterization of new materials.
🧲 Magnetism & Quantum Technologies
Investigation of magnetic and quantum properties.
Investigation of magnetic and quantum properties.
🧬 Soft Matter & Polymers
Analysis of complex systems and flexible materials.
Analysis of complex systems and flexible materials.
🔬 Structural Biology
Study of proteins and biological mechanisms.
Study of proteins and biological mechanisms.
🏭 Engineering & Industry
Material testing and process optimization.
Material testing and process optimization.
Main Objective
Provide the scientific community with high-performance instruments capable of advancing the understanding of material properties, developing new technologies, and addressing major challenges related to energy, the environment, and industrial innovation.
National Challenge:
Maintain French access to neutron research infrastructures in order to preserve scientific expertise, train future generations of researchers, and strengthen the competitiveness of research and industry.
Maintain French access to neutron research infrastructures in order to preserve scientific expertise, train future generations of researchers, and strengthen the competitiveness of research and industry.