Recommended previous course: PHY203
In Advanced Lab II, students have the opportunity to apply the physics knowledge they have acquired in 7 distinct lab sessions of 4 hours each. PHY207 provides an in-depth study of a wide range of physical phenomena such as fundamental and applied wave-optics (Fourier optics, Michelson interferometry), atomic physics (the Balmer series), thermodynamics (the Rüchardt experiment, the Stirling engine) as well as fluid mechanics.
Upon completion of this course, students will have acquired advanced experimental skills allowing them to set up, carry out and to critically analyze experiments in physics and mechanics.
Recommended previous course: PHY203
In Advanced Lab II, students have the opportunity to apply their physics knowledge they have acquired over the course of 7 distinct lab sessions of 4 hours each. PHY207 provides an in-depth study of a wide range of physical phenomena such as fundamental and applied optics (Fourier optics, optical fiber communication), atomic and nuclear physics (Balmer series, Nuclear magnetic resonance), thermodynamics (low temperature physics, SF6 critical point) and the mechanics of deformable bodies.
Upon completion of this course, students will have acquired advanced experimental skills allowing them to set up, carry out and to critically analyze experiments in physics and mechanics.
- Teaching coordinator: Bellon Ludovic
- Teaching coordinator: Bodelot Laurence
- Teaching coordinator: Bratu Ana-Maria
- Teaching coordinator: Bravo Sophie
- Teaching coordinator: Laplace Yannis
- Teaching coordinator: Penet Pierre
- Teaching coordinator: Riechert Hannes
- Teaching coordinator: Schué Léonard
- Teaching coordinator: Taihi Ayah Soundous
- Teaching coordinator: Varlamov Pavel