Presentation
Organization of the master program
‘N anotechnologies and Quantum Devices’ is an international master program giving a high-level theoretical and experimental training on different types of quantum phenomena - with particular emphasis on quantum devices and nanotechnologies . In this research area, awarded by several Nobel prizes, the boundaries between physics, chemistry, materials science and engineering, biomedicine and ICT engineering have become blurred.
The aim is to create a professional figure having the complementary competences of a modern quantum physicist and a physical engineer in the area of nanotechnology-based quantum devices.
Enrolled students will follow 1st year courses in Turin and 2nd year courses in Paris, fully exploiting the teaching and experimental facilities of three outstanding European Universities and enjoying a fascinating experience in a really international
environment. The master thesis/stage will be done under the tutorship of teachers of either Paris Diderot or the Ecole Polytechnique.
At the issue of the two-year program, taught in English, the succeeding students will receive a double degree : the Italian Laurea Magistrale (Master degree)
‘Nanotechnologies for ICTs’ and the French Master Degree ‘Dispositifs Quantiques’.
After the master’s degree, the students can be directly employed as specialized scientists or engineers in High-Tech Industries, or start a PhD thesis work in outstanding public or private research laboratories.
Site Politecnico di Torino : http://www.polito.it/
Site UP7 : http://www.univ-paris-diderot.fr/
Site ecole polytechnique : http://www.polytechnique.fr/
Organization of the master program
Enrolled students will follow 1st year courses in Turin and 2nd year courses in Paris :
First year syllabus in Torino
EU 1st term (26 European CrediTS)
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EU 2nd term (34 European CrediTS)
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Solid State Physics and Electronic Devices Materials for MEMS and Characterizations of technological processes Choice I (Advanced Mathematics: Finite Element Modelling or Stochastic Processes) Photonic Devices
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Electronic properties of materials Physics of Technological Processes for Micro&Nano Systems and Micro & Nano Systems Microelectronic devices Choice II (Advanced theoretical solid state physics or Advanced electronics)
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Second year syllabus in Paris
EU 1st term (30 European CrediTS)
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EU 2nd term (30 European CrediTS)
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Electrons and phonons in nanostructures Quantum theory of light Statistical field theory Introduction to photonic quantum devices Introduction to electronic quantum devices Nanomaterials and Nanobiology Quantum probes for condensed matter Experimental project (3 weeks) Seminars
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Quantum devices Quantum information devices Nanomagnetism and spintronics Surfaces and Spins Research project (4 months)
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Studies funding (to do)
Houses and Food services (to do)