The course, after a preliminary introduction to the principles of quantum information, is intended to introduce the different quantum technologies for computing, simulation, communication, metrology, and machine learning, including quantum optics laboratory demonstration of quantum information protocols.

This short course introduces students to the technological aspects and applications of laser-driven sources of radiation, one of the most active areas of research in laser physics today. The course begins with a brief introduction to ultrafast lasers, followed by an overview of the science, technology, impact, and applications of […]

this short course introduces students to the basic concepts of optical metrology and provides an overview of the current state-of-the-art for some of its most advanced and widespread applications. The course begins with an introduction to the theoretical aspects of optical metrology and the physical mechanisms underpinning its applications. It […]

This short course introduces students to the basic concepts of light-matter interactions and their applications. It begins with an introduction to laser physics and the different regimes of light-matter interaction driven by intense laser fields. The course then focuses on key applications of lasers, such as micromachining (cutting, drilling, and […]