Minor Quantum Technologies

New quantum technologies are identified as extremely strategical for both governments and private actors, due to the promise of revolutionary impact in the fields of sensors, computing and communications. Fundings across the worlds multiply to push both research and practical applications on Quantum, leading to ambitious public and industrial projects.  
These initiatives need qualified manpower. Quantum research and its industry market are more and more in demand of interdisciplinary competences and ask for professional profiles that, without necessarily having specialist knowledge in quantum physics, are able to develop and use quantum technologies. 
 
During the first part of the course, the fundamentals of quantum technologies will be presented in an accessible way by alternating lectures and tutorials and by paying a strong attention to applications. The second part of the course will take place as a workshop: students will be asked to work in group on a specific topic that they will pick up, with the help of teachers, based on their interests and backgrounds; they will then present and discuss the results or their researches with the rest of the class. This endeavor meets criteria required by the progressive shift from fundamental science to operational systems that make it essential to talents from different background to meet and exchange together. Topic can include quantum technology concepts, methods or experimental resources, as well as quantum practical interest in different disciplines (ex. chemistry, computer science, biology, electronics, physics ...). 
The students’ participation to the workshop and oral presentation will determine the final note. No written examination is expected.  
 
This minor is eligible to the obtention of the UniCA Certification “Quantum Awareness” that will be launched in autumn 2024. 
 
A second course entitled “Quantum engineering” is also proposed to students during pair semester. The objective of this second minor is to present techniques, problems and solutions relative to the implementation of operational quantum devices. 

Contents:
This course is made of 8 classes: 5 of lectures, 2 of case study discussions, 1 oral presentation from the students. See schedule below for details.

• Olivier Alibart (Maître de Conférence, Université Côte d'Azur, INPHYNI)
• Virginia D'Auria (Maître de Conférence, Université Côte d'Azur, INPHYNI)

• Scientific bachelor, with some basic linear algebra 
• English level: B1 (Test your English : https://www.cambridgeenglish.org/fr/test-your-english/general-english/)

• Video: Les technologies de communication quantique
• Tout est quantique

• Research project with oral presentation - 12/12/2024, 9h00 - Campus Valrose, building Petit Valrose, room PV11