Research topics

Research Environment

The Physics Graduate School at Université Paris-Saclay brings together all research in physics, as well as training in physics from the Master’s to the Doctorate levels. It covers all fields, from fundamental to applied physics, from theory, modelling and simulation to instrumentation, from laboratory experiments to large instruments put on large research infrastructures or into space, from the core of physics to its interfaces with other fields. It also integrates numerous socio-economic issues at the interface with physics (energy, health, environment, etc.).

With a community of over 3000 faculty members, researchers, engineers, technicians, and laboratory supporting staff, the Physics Graduate School of the Université Paris-Saclay gathers for research and training purposes a range of skills, resources and experimental facilities of the highest level, unique in France and widely recognised internationally.

The research is carried out within a wide range of collaborations in the Paris Region, at national, European and international levels, and gives rise to numerous synergies with local and national industry. One of the special features of physics at Paris-Saclay is the number and diversity of platforms and major research instruments that are at the cutting edge of what is being done in the world and have a very high national and international profile.

Preparing your research project

Research projects will last 2 years and will be hosted in one of the laboratories of the participating entities : the 40 Graduate School of Physics of Université Paris-Saclay labs, Synchrotron SOLEIL and Laboratoire National de Métrologie et d’Essais.

Applicants are expected to propose their own project, which must be in line with the key research areas of the Graduate School of Physics (38 fellowships available). See below :

In addition, two fellowships will be offered at SOLEIL synchrotron (SIXS beam line and DESIRS beam line); two fellowships will be offered on interdisciplinary issues in nano science; and one fellowship in metrology at LNE.

Find your lab by keywords here :

Physics of Waves and Matter
2D materials / systems Active matter Advanced spectroscopies : from the gas phase to the condensed matter Advanced transmission electron microscopy Advanced x-ray scattering Attophysics Band structure engineering Biophotonics Biophysics, living systems, collective behavior Chaos, instabilities Cold atoms simulators Correlated electrons Cryptography Defects, disorder Density Functional Theory Electron dynamics Elementary Quantum systems Exotic and hidden states Ferroelectriciy Fracture Functional oxydes Geophysical and astrophysical fluids Glasses and spin glasses Granular systems Graphene Heterostructures High-intensity laser-matter interaction Inference and optimization Interactions laser-plasmas Interfaces and surfaces, nanostructures Isolated systems or dilute media Light and particle sources Light-matter interaction Low dimensional quantum systems Magnetic textures Materials and Systems for energy Materials for light emission Materials for optics Memristors Mesoscopic systems and quantum circuits Metamaterials Micro and nanophotonic devices Molecular dynamics and reactivity Molecular materials Molecules for astrophysics Monte Carlo simulation Multiferroics Multifunctional materials Multiscale molecular dynamics Nano-objects Nanoelectronics Nanofluids Nanomechanics Nanophotonics Nanostructuration Nanothermics Neuromorphic physics New concepts for neutron production and scattering New extreme laser sources (from ultrastrong to ultrashort) Non-linear optics Novel states of light polarisation Opto-electronic properties of semiconductors Out of equilibrium stat. physics Photonic qubits Photovoltaics Physics of plasmas Physics under high fields Plasmonics Quantum mesoscopic systems Quantum sensing, optics and qubits Rydberg atoms Scanning probe microscopy Semiconductors nanostructures Slow dynamics Soft matter Spectroscopy and imaging Spin liquids Spintronics and nanomagnetism Statistical physics and artificial intelligence Statistical physics of ecology Structure and dynamics of the condensed matter state Structure-property relationships: mulit-scale approaches Superconductivity Topological insulators Turbulence Ultrafast dynamics
Physics of the two infinites
Accelerator cavities Astroparticle Physics Astroparticle Solid State Detectors Astrophysics and Astrochemistry Asymmetry of quantum reactions B factories Beam dynamics Beam instrumentations Cameras Chemistry for Nuclear and Environment Clean rooms CMB CMOS detectors Computer Science Control-command Cosmic phenomena of high energy Cryogenic detectors and systems Cryogenics Cryomechanical system Dark Energy and Dark Matter Dark rooms Dark Universe Data visualisation Deterministic particle transport Exotic nuclei Fission Flavor Physics Fundamental interactions and fields Gas detectors Gluons Gravitation and Cosmology Gravitational Waves Grid Computing Hadronic physics Heavy ion collisions Higgs factories Imaging Industrialization Instrumentation Integration and testing facilities Ion beam physics and applications Ion irradiation / implantation Ion sources Jet physics Laser electron interactions Laser plasma acceleration Low energy interactions Magnet winding Materials under irradiations Mathematical Physics Mechanical engineering Methods for neutron, photon, electron/positron transport in matter Microelectronics Micromegas workshop Modeling Monte-Carlo particle transport Multiphysics Neutrino Physics Neutronics Nuclear Astrophysics Nuclear Data Nuclear Physics Nuclear reactions Nuclear reactor physics R&D – Studies Nuclear Spectroscopy Nuclear Structure Nucleons into atoms Optical benches Optical benches for space instruments Particle accelerators Particle Physics Physics beyond the Standard Model Physics for Nuclear Energy and Environment Physics of colliders Power electronics QCD QED tests in extrem fields Quark-gluon plasma Radiation shielding & Criticality-Safety Radionuclide depletion Radiotherapy Research instrument design RF systems Scattering amplitudes Sensor Electronics Simulation – Computational code development Software development Space detectors Standard model Statistical Physics Superconducting Cavities Superconducting magnets Ultra-fast detectors Vacuum