Qampus - Technical Teams for Production and Testing

OPTI-Q3: Practical Aspects of the Transition to Photonic–Quantum Technologies

Training: Frédéric Lagueux

Introduction to Quantum Optics from Classical Basics
This course will introduce quantum optics starting from classical foundations (electromagnetic waves, polarization, interference) while briefly touching on modern concepts (Bell inequalities, Fock and coherent states, Rabi oscillations). Applications in quantum computing, communication, and sensing will also be covered, with a focus on practical considerations when integrating quantum components. Finally, a market overview and the classical components used in current quantum technologies will be presented.

Objectives:

• Understand the practical challenges in integrating quantum technologies into existing products.

• Identify the classical components present in quantum technologies.

Content:

• Review of classical optics and introduction to quantum optics.

• Application areas of quantum optics.

• Practical challenges in integrating quantum technologies.

• Examples of existing technologies and their markets.

Teaching Format:

• Format: Synchronous (live with recording).

• Mode: Hybrid (in-person and remote via Zoom link).

• Locations: Quebec and/or Montreal (to be determined).

• LMS: Moodle.