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Future optics and electronics

Future optics and electronics

Future optics and electronics :  Building a device (electronic, magnetic, photonic, sensor ...) at the atomic scale (nanometer) is the final step in miniaturization. In the laboratory nanofabrication techniques allow to carry out individual structures of a few atoms or molecules. Beyond the ...

Nanomagnetism, spintronic and multiferroic materials

Nanophotonics, Plasmonics

Organic and molecular electronics

Quantum physics and nanoelectronics

Surfaces and nanostructures

Solids, surfaces interfaces and materials

Synthesis and characterization of nano-objects

Synthesis and characterization of nano-objects

Synthesis and characterization of nano-objects:  IRAMIS has a capacity of synthesis of nano-objects by clean-rooms methods (MBE, lithography, laser ablation, ...) and by bottom-up chemical processes (solution processes, laser pyrolysis, CVD). This ability in nano-objects elaboration is ...

From molecules to molecular materials

Interfaces, complex fluids and microfluidics

Molecular assembly and nanostructured materials

Nano-chemistry, nano-objects

Nanostructured materials and nanocomposites

Supramolecular, structural and coordination chemistry

Physics and chemistry for life sciences and the environment

Physics and chemistry for life sciences and the environment

Physical Chemistry for life sciences : The basic principles of chemistry and physics naturally apply to biology although its complexity is challenging. Some methods in nanotechnology, developed by physicists and chemists within IRAMIS, can be used to explore it. Research in that field focuses on ...

Chemical sensors and biosensors

Environmental chemistry and pollution control

Human and Environmental Toxicology

Physics and life

Laser-matter interaction

Laser-matter interaction

IRAMIS's research activities on laser-matter interaction concern both physical and chemical matters. Research programs range from simple atomic and molecular systems, to complex molecular and biomolecular systems, up to solids and plasmas. IRAMIS is an important player in the "laser ...

Matter under Extreme Conditions

Photoscience, Lasers, Plasmas

Physico-chemistry and Chemical-physics

Physics, chemistry, nanoscience and materials around large instruments

Physics, chemistry, nanoscience and materials around large instruments

Physical studies of condensed matter by radiation-matter interaction IRAMIS large facilities, such as neutron scattering spectrometers, diffraction and neutron imaging stations of LLB or the electron accelerator SIRIUS of LSI, are particularly suited to investigate the physical properties of ...

IRAMIS and the European Large Instruments

Physique de la matière condensée, étude par l’interaction rayonnement matière / Condensed matter studies by radiation-matter interaction

Structure and phase transitions

Materials for new energy technologies

Materials for new energy technologies

Discovering and mastering new technologies for energy (NTE) are major issues for diversifying our energy production, its conversion and optimization of the energy storage, while better managing the emissions of greenhouse gases ("low carbon" energy). In that field, IRAMIS carry ...

Energy conversion

Etudes métallurgiques par diffusion de neutrons / Metallurgical studies by neutron scattering

Nanostructured materials for energy

Quantum chemistry and molecular simulations

Durability and aging of materials

Durability and aging of materials

Understanding the  mechanisms of materials aging in their operating environment, so as to predict the lifetime of the components or to optimize it, is an important issue of low carbon energies, whether it is nuclear energy (fusion , fission) or new energy technologies. IRAMIS has a solid ...

Caractérisation de matériaux pour l'énergie / Characterization of materials for energy

Materials and irradiation

Corrosion long terme de matériaux métalliques / Long term corrosion of multimaterials containing metals

Science des matériaux et chimie pour l'archéologie et le patrimoine / Material science and chemistry for archaeology and cultural heritage

Statistical physics and complex systems

Statistical physics and complex systems

Many situations encountered in daily life are what is called in physics "complex systems": inherently scalable materials such as glasses and polymers, granular materials, chaotic or turbulent fluids, crack propagation in disordered materials and dynamic fracture, but also interacting ...

Statistical physics and complex systems

Statistical physics in mechanics

Systèmes désordonnés et matériaux / Disordered systems, materials

 

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