Nuclear techniques of microanalyses on advanced materials collaborate to : identify , quantisize nanoscale , characterize physic - chemical properties , elaborate samples models , produce new materials , extending the Mendeleev table by artificial elements, then magic fiction became a reality. Sustainable development schedules impose a great needing to manufacture several innovative materials in order to satisfy a continuous legacy for future generations based on strong green economy , safety an health care , autonomy and sovereignty. Neutron is a peculiar credible tool to penetrate deeply secrets‘s matter , revealing interests aspects . Cosmology elementary particles , gazes , condensed matters , radioactive rays , aggregates , fragments of fission or thermo nuclear fusion , display rich information’s on history universe creation , environmental weather changing. Remembering also neutrino and its anti particle emeaning from beta radioactive decay are due to reversible transformation of neutron to (positron, electron).
Radiation - Matter Interaction , Nuclear Energy , Neutron beam , Radioactivity , Quantum Statistics , Quantum Thermodynamics , Seeking materials ‘s defects , Optical Diffraction , Elastic Scattering , Inelastic Scattering , Advanced Materials, Nanostructures , Characterizations techniques ; Material Genius ,