Photonique

Introduction to Photonics

Description: Photonics is the science and technology that uses light. Lasers, optical fibers, photodetectors, photovoltaic cells, and quantum computing architectures are examples of photonic systems that have been developed since the mid-twentieth century. The introductory course in photonics describes the fundamental physical principles governing the generation, propagation, amplification, and detection of optical electromagnetic waves, thereby providing a deeper understanding of the importance of photonics in both research and industrial applications. Tutorials and laboratory sessions enable students to acquire practical skills, particularly in the simulation and measurement of photonic systems.

Bibliography:

• Ref. [1] : J.-M. Liu, Principles of Photonics, Cambridge University Press (2016)

Learning outcomes: AA1: Explain and identify the key challenges of photonics in relation to economic and technological factors associated with the development of the information and communication society – AA2: Understand the physical mechanisms underlying the most common photonic systems, such as lasers, optical amplifiers, optical fibers, and photodetectors – AA3: Numerically simulate and experimentally measure the fundamental properties and performance of a photonic system – AA4: Apply the acquired concepts to develop an innovative photonic system, based on a scientific and technical specification and by leveraging the state of the art.

Evaluation methods: Written test, 1h30

Evaluated skills:

• Physical Engineering Design
• Physical Modeling

Course supervisor:

• Marc Sciamanna

Geode ID: SPM-PHY-019