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Master 2 QLMN - Quantum, Light, Materials and Nano Sciences (Chips of Europe)

Explore 3 professional tracks in the area of Quantum, Light, Materials and Nano Sciences with this master's course from the Chips of Europe DEP-funded project.

Start date 1 September 2026
End date 1 July 2027
Presential

The Master's level course "Master 2 QLMN : Quantum, Light, Materials and Nano Sciences" offers a specialisation through three tracks with transversal courses addressing fundamental concepts, as well as other courses across areas like "Light and Matter", "Condensed matter and its interfaces" and "Nanodevices and Technologies". 

The program is developed as part of the Chips of Europe project, supported by the Digital Europe Programme of the European Union. CHIPS of Europe connects universities and industry to train the next generation of semiconductor experts by modernising curricula and fostering hands-on, practical learning. 

About this course

The M2 QLMN: Quantum, Light, Materials and Nano Sciences offers a specialisation through three tracks with transversal courses addressing fundamental concepts, and courses more in relation to the chosen orientation:

  • "Light and Matter" addresses the major fields of Physics in connection with light, diluted matter (atoms, molecules, solids, plasmas) and their interaction. It focuses on the quantum properties of media interacting with light.
  • "Condensed matter and its interfaces" addresses the main fields of Physics related to condensed matter and its interfaces, from fundamental quantum properties to nanomaterials.
  • "Nanodevices and Technologies" covers the fundamental courses in the different domains of nanosciences associated to advanced training in micro and nano fabrication techniques and experimental study of physical phenomena.

Professional development

For each track, it is possible to address both theoretical and experimental aspects, ranging from fundamentals to a wide range of applications in domains as varied as quantum technologies, sources of intense radiation, nanoelectronics, biosciences, nanophotonics, spintronics, optoelectronics, functional materials, or image sciences. An internship is an integral part of the degree - this should last at least 18 weeks and can be carried out either in France or abroad.

Learning outcomes 

Upon successful completion of this master's programme, you will: 

  • Master and apply specialised knowledge, with the requisite scientific rigour, in the fields of quantum science and technology, light and radiation-matter interaction, condensed matter and nanoscience. 
  • Be able to analyse a scientific article or presentation and understand its implications and limitations. 
  • Draw on conceptual, methodological, numerical, technical and practical knowledge that can be used for modelling and solving problems in physics, engineering or their interfaces.
  • Create knowledge through a scientific approach. 
  • Adapt to a new environment, work as part of a team and collaborate to achieve common goals. 
  • Synthesise and communicate effectively and appropriately to the target audience.

Key dates

Start Date
01 September 2026
End Date
01 July 2027

Additional information

Training opportunities
Course
Learning Effort
Full time
Geographic scope - Country
France
Target language
English
French
Is this course free
No
Course Amount
170.00€
Type of funding
DIGITAL ADS SO4
Type of training record
Single module

Skill levels