Program Overview

University Program Information

The university offers a range of programs across various faculties and schools. The programs are categorized into different domains, including HEALTH, SCIENCE AND TECHNOLOGY, and RESOURCES.

HEALTH

• Lyon Est Faculty of Medicine
• Lyon Sud Faculty of Medicine and Midwifery - Charles Mérieux
• Faculty of Odontology
• Institute of Pharmaceutical and Biological Sciences
• Institute of Rehabilitation Sciences and Techniques

SCIENCE AND TECHNOLOGY

• National Higher Institute of Teaching and Education
• University Institute of Technology Lyon 1
• Institute of Financial Science and Insurance
• Lyon Observatory
• Polytech Lyon
• UFR STAPS (Sciences and Techniques of Physical and Sports Activities)
• UFR FS (Chemistry, Mathematics, Physics)
• UFR Biosciences (Biology, Biochemistry)
• GEP (Electrical Process Engineering - Component Department)
• IT (Component Department)
• Mechanics (Component Department)

Master's Program in Fundamental Physics and Applications

Overview

The Master's program in Fundamental Physics and Applications is part of the SCIENCES ET TECHNOLOGIES domain. It offers a range of specializations, including:

• M1 Fundamental physics and applications
• M2 Astrophysics
• M2 Design, instrumental development, measurements
• M2 Cosmology and High Energy Universe
• M2 Complex Matter
• M2 PHYSico-chemistry of MAterials for Nuclear and new energies
• M2 Subatomic Physics
• M2 Quantum, Light and Interactions Quantum, Light and Interactions (Q-Light)

Teaching Unit: Basics of Optical Instrumentation

Details

• Domain: Masters in the SCIENCE AND TECHNOLOGY domain
• Degree: Master
• Mention: Fundamental physics and applications
• Course: M1 Fundamental physics and applications
• Teaching unit: Basics of optical instrumentation
• Number of credits: 3 ECTS
• Apogee code: PHY1244M

Type of Teaching

• Lectures (CM): 9 hours
• Directed work (TD): 7 hours
• Practical work (TP): 14 hours

EU Program / Themes Addressed

• TP upgrade: images and laser
• Imaging (CM, TD, TP): concept of field, magnification, aperture, microscope, camera
• Radiometry (CM, TD)
• UV/VIS spectrometry (CM, TD, TP): Monochromator, aperture, resolution, Straylight, CAN
• FTIR (CM, TD): assembly, principle

Rating

• Written (50%)
• Practical (50%)
• Session 2

List of Other Courses / Specialty / Sector / Option Using This Unit

• M mention: Fundamental physics and applications: M1 Fundamental physics and applications
• M mention: Fundamental physics and applications: M2 Astrophysics
• M mention: Fundamental physics and applications: M2 Design, instrumental development, measurements
• M mention: Fundamental physics and applications: M2 Cosmology and high energy Universe
• M mention: Fundamental physics and applications: M2 Complex Matter
• M mention: Fundamental physics and applications: M2 PHYSico-chemistry of MAterials for Nuclear and new energies
• M mention: Fundamental physics and applications: M2 Subatomic physics
• M mention: Fundamental physics and applications: M2 Quantum, Light and Interactions Quantum, Light and Interactions (Q-Light)