Study at Université Grenoble Alpes

The Quantum thematic program will also offer incoming mobility grants and internship grants open to international students. The research topics covered range from devices for quantum information and computing (semiconductors, superconductors, solid-state or optical qubits), metrology, to quantum sensors, quantum materials (bulk materials, nanostructures, and 2D systems), and the development of hardware and software architectures for quantum information processing. It will also include multidisciplinary aspects related to computer science, mathematics, the humanities, and related technologies.

How to Apply

All courses in this thematic program are taught in English.

To apply for this program, you must first be admitted to the first year of a master’s program in one of the fields listed in the table below.
 

Master's degree or engineering program	Year	Component	Language
Master's in Nanosciences and Nanotechnologies, Nanophysics–Quantum Physics Track	M1	PhITEM	English
Physical Engineering for Photonics and Microelectronics (IPHY)	2A	Phelma	English
Master's in Nanosciences and Nanotechnologies, Nanophysics Track	M2	PhITEM	English
Master's in Nanosciences and Nanotechnologies, Quantum Information and Quantum Engineering Track	M2	PhITEM/Phelma	French
Master's in Physics, Photonics and Semiconductors Track	M2	Phelma	French

 

Course Units (UE) in the Thematic Program

Master's 1 / 2nd year of engineering

• UE PT1, Quantum Labworks (3 ECTS).
• UE PT2 Quantum Statistics and Interactions (3 ECTS).

Master's 2 / 3rd year of engineering studies

• UE PT3, Quantum Condensed Matter (3 ECTS).
• UE PT4, Quantum Optics (3 ECTS).

Participating doctoral programs

• Graduate School of Physics
• Doctoral School of Electronics, Electrical Engineering, Automation, and Signal Processing (ED EEATS)