Some research internship offers

Master's thesis offers by
Neel Institute: see here
Interdisciplinary Physics Laboratory LiPhy: see here
Laboratoire des Technologies de la Microélectronique: see here
CEA-LETI: see here
High Magnetic Field National Laboratory LNCMI: see here
Material and  Physical Engineering Laboratory (LMPG): see here
Forum of Near-Field Probes Microscopies

New offers:

  • Flying Qbits architectures a nano-physics project at Institut Neel.  Contact:  
  • Graphene-based superconducting quantum bit a nano-physics project at Institut Neel.  Contact:  
  • Sensing intra-tissular pressure by rotational diffusion a nano-biophysics project at LiPhy.  Contact:  
  • Micro-tubule lattice dynamics at LiPhy.  Contact:  
  • Innovative Phase-Change Materials for the High Density Memory of the Future at CEA-LETI.  Contact: or  
  • Experimental and computational analysis of bacterial self-replicators. A nano-biophysics project. Contacts: and
  • Adaptive  Actin  Architecture. A nano-biophysics project. Contact: Laurent    Blanchoin:         or    Manuel    Théry:    
  • Biomimectics models for cell invasion. A nano-biophysics project. Contact Isabelle Tardieux at Inserm:
  • Polymer brushes under flow. A nano-biophysics project. Contact Lionel Bureau:
  • High-resolution traction force microscopy. A nano-bioscience project. Contact Delphine Debarre:
  • Multifunctional molecule-based materials: towards multiferroics. A nano-chemistry project. Contact Cyrille Train: . More informations below and here
  • Bulk silicon nanowires growth for energy storage devices. A nano-materials project. Contact Pascale Chenevier: . More informations on
  • Water transport in soft confinement. A nano-physics project. Contact Marie Plazanet
  • Modelling the structure and stability of graphene nanoscrolls. A nano-physics project. Contact Florent Calvo
  • Circuit-QED: amplification at the single-photon level. A nano-physics project. Contact Nicolas Roch . More informations below
  • Single Molecule Force Spectroscopy (FS) studies of G-quadruplexe DNA conformations. A nano-biology project. Contact Jérome Dejeu
  • Molecular Simulation and Theory of Gas Transport across Thin Liquid Films. A nano-chemistry project. Contact Benoit Coasne
  • Energy conversion from nanofluidic mixing. A nano-physics project. Contact Cyril Picard
  • Neurites growth in a microfluidic chip. See below. Contact Dr. T. Honegger , Laboratoire des Technologies de la Micro-Electronique.


  • Nanophononics: heat transport in the quantum limit at low temperature. A nano-physics project at Institut Néel. Contact Dr. O. Bourgeois  See more offers at
  • Scattering theory of light absorption in dye sensitized solar cells. A nano-photonics project. Contact Dr. D. Mayou or Y. Joly,      See also other offers at
  • Magnetic skyrmions in ultrathin films: materials and physics. A project in nanophysics at Institut Néel. Contact Dr. S. Pizzini
  • Spatial fluid correlations in a nano-porous material. A condensed matter and nano-physics project . Contact Dr. E. Wolf,      More offers at
  •  Coarse-grained modelling of the compaction of bacterial DNA, a theoretical and numerical project at the interface with life-sciences. Contact Dr. M. Joyeux at Laboratory for Interdisciplinary Physics. More informations at
  • Cell homing at the blood vessel wall - coupling physical and chemical cues. The internship project is interdisciplinary, combining elements of soft matter physics, physical-chemistry and biology. Contact Dr.  D. Debarre or Dr. L. Bureau   at the Laboratory for Interdisciplinary Physics, Bureau    
  • Occlusion dynamics in blood capillary networks. A microfluidics and nano-biology project.  Contact Dr. Coupier at LiPhy  More infos at
  • Displacement and rotation of microparticules (solids, living cells) using acoustic waves. Laboratory for Interdisciplinary Physics. Contact Pr. Thibaut
  • Role of oxidation in the melting transition of metallic nanoparticles, A nano-material sciences project. Contact Dr. F. Calvo at Laboratory for Interdisciplinary Physics,    More infos at
  • Molecular Magnetism: from discrete clusters to multifunctionnal networks, a nano-chemistry project,  LNCMI, Contact Prof C. Train,
  • Quantum modeling of organic solar cells and organic light emitting diodes using theoretical methods from physical chemistry/chemical physics a nano-chemistry project, Department of Molecular Chemistry, contact Prof. Mark Casida