Physique Quantique 0
Harmonization in Quantum Physics
Description: This harmonization course provides a common foundation in wave-based quantum physics for students in the Engineering Physics program. It builds on the key historical experiments that motivated the emergence of quantum theory, such as the photoelectric effect, diffraction, and particle interference. The wave formalism is introduced through the concept of the wavefunction and the Schrödinger equation, with an emphasis on the physical interpretation of quantum phenomena. Tutorials illustrate these concepts with examples such as potential wells, quantum tunneling and its technological applications (tunnel diodes, scanning tunneling microscopes), as well as other situations where the wave formalism explains remarkable quantum behaviors, preparing students for more advanced courses in quantum physics and engineering.
Bibliography:
- Ref. [1] : C. Cohen-Tannoudji, F. Laloë, B.Diu, Mecanique Quantique – Tome 1, EDP Science CNRS Edition (2018)
- Ref. [2] : J.-L. Basdevant, J. Dalibard, Mécanique Quantique, Ellipse Edition (2006)
Learning outcomes: At the end of this course, students will be able to: AA1 : Understand the historical foundations of quantum physics and the key experiments (photoelectric effect, diffraction, interference) - AA2 :Use the basic wave formalism with the wavefunction and Schrödinger equation to describe simple systems qualitatively - AA3 : Analyze concrete situations such as potential wells, barriers, and quantum tunneling - AA4 : Relate wave formalism to technological applications (tunnel diodes, scanning tunneling microscopes).
Evaluation methods: No Exam. Skill evaluation only
Evaluated skills:
- Physical Modeling
Course supervisor:
- Nicolas Marsal
Geode ID: SPM-PHY-000
