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MICRO-321: Optical engineering

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MSE-670: Advanced Microscopy for Magnetic Materials

Theoretical and practical expertise is gained about the microscopy of spin structures and magnetic configuiations down to the sub-nm length and sub-ns time scales such as transmission electron microsc

PHYS-627: Magnetic and semiconducting nanostructures

Introduce students to the magnetic and electronic properties of nanostructures

PHYS-605: Photonic crystals (Next time: Spring 2023 to be confirmed)

Lecture on physics and applications of photonic crystals.

MSE-451: Polymer morphological characterization techniques

Sample preparation and direct observation techniques (optical microscopy, AFM, electron microscopy) and their practical application to the study of morphology and microdeformation in polymers.

MICRO-504: Photonic micro- and nanosystems

This course aims at providing engineering and design guidelines for selected Photonic Micro- and Nanosystems. In particular, Optical MEMS and Integrated Photonics are reviewed. Standard fabrication pr

MATH-495: Mathematical quantum mechanics

Quantum mechanics is one of the most successful physical theories. This course presents the mathematical formalism (functional analysis and spectral theory) that underlies quantum mechanics. It is sim

EE-540: Optical communications

Situate and evaluate the potentialities, limits and perspectives of optical communication systems and networks. Design and dimension of photonic communication systems and networks

MSE-806: Spin-based devices for neuromorphic computing

The course entails a 5-days-program with lectures and exercises about spin-based computing and novel spin texture-based computing devices. An additional round table discussion and journal club session

MICRO-712: Piezoelectric bulk and surface acoustic devices

Course dealing with the design and fabrication of fundamental components of smart phones front-end communication (filters, duplexers, quadplexers).

PHYS-449: Optics III

Réaliser un système d'optique complexe. Comprendre l'interaction de la lumière avec la matière en optique nonlinéaire et optique pulsé. Comprendre les méthodes de génération, d'amplification e de comp