Master 1 Lab projects
The second semester of the first year of master ends with a « lab project » in which students work 100% in a research group, on a research topic for a little bit less than 2 months. This lab project is evaluated through both the supervisor impression and the presentation of a conference-like poster, during a poster session at the end of the lab project period. It grants 5 ECTS upon succesful evaluation.
The goal is twofold:
- Give a first quick overview of what scientific research is.
- To test a given field of physics you feel interested in.
The list of proposed project follows, but students are encouraged to contact directly the research group they wish to work with.
- « Microfluidics benchmarking to enhance biosensing at the surface of glass by fluorescence microscopy » by Laurent Markey
- « Open project in nonlinear optics / wave physics / theoretical physics » by Theo Torres
- « Design and Development of a Quantum Control Experimental Platform for Multi-Spin NV Center systems » by Charles Babin
- « Predictive Modeling of 1D Photonic Crystals for Nonlinear Optics » by Erwan Lucas and Doan Van Le
- « Thermodynamics of autonomous quantum refrigerators » by Camille Latune
- « Driven open quantum systems » by Camille Latune
- « Photon localization in the paraxial quantum approximation » by Maxime Federico and Hans-Rudolf Jauslin
- « Manipulation of vortex beams through molecular alignment » by Pierre Béjot and Edouard Hertz
- « Ultrafast metrology by plasma-induced frequency resolved optical switching » by Edouard Hertz and Pierre Béjot
- « Broadband heterodyne interferometry » by Arnaud Rogemont, Aurélien Coillet and Benoit Cluzel
- « Calculating the energy levels of the helium atom » by Charbel Karam and Maxence Lepers
- « Numerical simulation of microfluidic flow (in COMSOL) – Application to biosensing » by Gérard Colas des Francs, Aymeric Leray, Kamal Hammani and Laurent Markey
- « Chiral superradiance emission » by Gérard Colas des Francs
- « Development of lithography process for embedded microfluidic channels » by Laurent Markey
- « Filament dynamics in memristive artificial neurons » by Maciej Ćwierzona
