L'Institut Néel est constitué de 16 équipes de recherche.
Ultra-low temperatures
Fundamental research at the ultra-low temperature frontier
Theory of Quantum Circuits
Designing and analyzing theoretically model systems for the exploration of emergent quantum phenomena in nanoelectronic devices
Thermodynamics and Biophysics of small systems
New experimental paradigms to deciphere how activity or energy patterns at very small scale control the physics and the organization of many systems
Condensed Matter Theory
Theoretical research related to quantum materials and first-principles theory
2D quantum states with tunable interactions
Investigating quantum interactions in 2D materials with tunable charge, spin, photonic and phononic excitations
Surfaces, Interfaces and Nanostructures
Exploring the magnetic, electronic and structural organizations in low dimensional systems
Wide bandgap semiconductors
From wide band gap semiconductors to innovative electronic devices: power electronics, light emitting diodes and sensors
Nanophysics and Semiconductors
NPSC explores new physical phenomena, related to photons, electrons and spin, at quantum scale, in II-VI and III-V semiconductors nanostructures
Nano-Optics and Forces
Merging (quantum) optics and forces at the nanoscale for opening new horizons in fundamental science
Micro and NanoMagnetism
Magnetic systems at the micro and nano scales: from fundamental research to applications in spintronics, energy and life sciences
Materials, Radiations, Structure
Understanding the structural origin of physical-chemical behaviors in complex materials
Optics and Materials
Material chemistry, theoretical and physical expertises for the optimization and control of optical properties
Magnetism and Superconductivity
Systems involving charge, spin or lattice degrees of freedom
Helium : from fundamental to applications
Exploring physics from quantum vortices to cosmos using helium and cryogenics
Quantum Electronic Circuits Alps
The team focuses its research on experimental studies to reveal quantum effects in original and novel quantum nano-electronics devices
Quantum Nano-Electronics and Spectroscopy
Local spectroscopy and quantum transport in 2D materials and nanostructures