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The Master Quantum Devices is a theoretical and experimental training on several types of quantum phenomena with a particular focus on devices. In this context, fundamental research and applied research have mutually enriched each other: theoretical progress has always been accompanied by parallel progress on the one hand in materials engineering (invention of new materials, control of their development) and on the other hand in investigation techniques (local probe microscopy, electron microscopy, etc.). These advances, crowned by several Nobel Prizes, have significant impacts both in fundamental physics (generation and manipulation of photonic, electronic, magnetic, superconducting states, etc.), and for future applications (devices for quantum information, semiconductor sources and detectors, The Master is jointly accredited by the University of Paris Diderot and the Ecole Polytechnique and approved by the Ecole Normale Supérieure Paris Saclay. It is also an integral part of the International Master's program 'Nanotechnologies and Quantum Devices' in partnership with the Politecnico of Torino (Italy).
Students benefit from state-of-the-art training in nano-manufacturing and nano-characterization thanks to access to the clean room of the University of Paris Diderot and to a nanoscience platform dedicated to teaching.
In a spirit of maximum openness, the training is based on the scientific excellence of the speakers from the Ile de France laboratories concerned with the physics of quantum devices and offers a large number of outlets both in the academic and industrial environment in a booming field.
Nanotechnologies and Quantum Devices (see training website in the international section) The Master Nanotechnologies and Quantum Devices (NanoQuad) is a two-year international program offered by the University of Paris Diderot and the Politecnico of Turin (Italy).
At the end of the two years, the students receive a double diploma: the master's degree in engineering from the Politecnico of Turin 'Nanotechnologies for ICTs' and the master's degree in physics from the University of Paris Diderot 'Quantum Devices'.
This master offers theoretical and experimental training on several types of quantum phenomena with a particular emphasis on devices. In this context, fundamental research and applied research have mutually enriched each other: theoretical progress has always been accompanied by parallel progress on the one hand in materials engineering (invention of new materials, control of their development) and on the other hand in investigation techniques (local probe microscopy, electron microscopy, etc.). These advances, crowned by several Nobel Prizes, have significant impacts both in fundamental physics (generation and manipulation of photonic, electronic, magnetic, superconducting states, etc.), and for future applications (devices for quantum information.
After this master's course, students can be directly employed as specialized scientists or engineers in high-tech industries, or start a thesis in outstanding public or private research laboratories.
Training taught entirely in English (over two years). The first year of the master takes place at the Politecnico of Turin. The second year of the master takes place at the University of Paris Diderot. Students are supported by the International Relations Offices of the two establishments for the organization of their mobility; several Erasmus+ scholarships are reserved for this programme.
Program overview
Main Subject
Physics and Astronomy
Degree
Other
Study Level
Masters
Study Mode
On Campus
The Master Quantum Devices is a theoretical and experimental training on several types of quantum phenomena with a particular focus on devices. In this context, fundamental research and applied research have mutually enriched each other: theoretical progress has always been accompanied by parallel progress on the one hand in materials engineering (invention of new materials, control of their development) and on the other hand in investigation techniques (local probe microscopy, electron microscopy, etc.). These advances, crowned by several Nobel Prizes, have significant impacts both in fundamental physics (generation and manipulation of photonic, electronic, magnetic, superconducting states, etc.), and for future applications (devices for quantum information, semiconductor sources and detectors, The Master is jointly accredited by the University of Paris Diderot and the Ecole Polytechnique and approved by the Ecole Normale Supérieure Paris Saclay. It is also an integral part of the International Master's program 'Nanotechnologies and Quantum Devices' in partnership with the Politecnico of Torino (Italy).
Students benefit from state-of-the-art training in nano-manufacturing and nano-characterization thanks to access to the clean room of the University of Paris Diderot and to a nanoscience platform dedicated to teaching.
In a spirit of maximum openness, the training is based on the scientific excellence of the speakers from the Ile de France laboratories concerned with the physics of quantum devices and offers a large number of outlets both in the academic and industrial environment in a booming field.
Nanotechnologies and Quantum Devices (see training website in the international section) The Master Nanotechnologies and Quantum Devices (NanoQuad) is a two-year international program offered by the University of Paris Diderot and the Politecnico of Turin (Italy).
At the end of the two years, the students receive a double diploma: the master's degree in engineering from the Politecnico of Turin 'Nanotechnologies for ICTs' and the master's degree in physics from the University of Paris Diderot 'Quantum Devices'.
This master offers theoretical and experimental training on several types of quantum phenomena with a particular emphasis on devices. In this context, fundamental research and applied research have mutually enriched each other: theoretical progress has always been accompanied by parallel progress on the one hand in materials engineering (invention of new materials, control of their development) and on the other hand in investigation techniques (local probe microscopy, electron microscopy, etc.). These advances, crowned by several Nobel Prizes, have significant impacts both in fundamental physics (generation and manipulation of photonic, electronic, magnetic, superconducting states, etc.), and for future applications (devices for quantum information.
After this master's course, students can be directly employed as specialized scientists or engineers in high-tech industries, or start a thesis in outstanding public or private research laboratories.
Training taught entirely in English (over two years). The first year of the master takes place at the Politecnico of Turin. The second year of the master takes place at the University of Paris Diderot. Students are supported by the International Relations Offices of the two establishments for the organization of their mobility; several Erasmus+ scholarships are reserved for this programme.
Admission Requirements
1 Year
Sep
Scholarships
Selecting the right scholarship can be a daunting process. With countless options available, students often find themselves overwhelmed and confused. The decision can be especially stressful for those facing financial constraints or pursuing specific academic or career goals.
To help students navigate this challenging process, we recommend the following articles:
Master in Fundamental Physics and Applications (M2) Quantum Devices
Université Paris Cité, Paris, France
# 151-200QS Subject Rankings
12 monthsProgram duration
Physics and AstronomyMain Subject Area
Program overview
Main Subject
Physics and Astronomy
Degree
Other
Study Level
Masters
Study Mode
On Campus
The Master Quantum Devices is a theoretical and experimental training on several types of quantum phenomena with a particular focus on devices. In this context, fundamental research and applied research have mutually enriched each other: theoretical progress has always been accompanied by parallel progress on the one hand in materials engineering (invention of new materials, control of their development) and on the other hand in investigation techniques (local probe microscopy, electron microscopy, etc.). These advances, crowned by several Nobel Prizes, have significant impacts both in fundamental physics (generation and manipulation of photonic, electronic, magnetic, superconducting states, etc.), and for future applications (devices for quantum information, semiconductor sources and detectors,
The Master is jointly accredited by the University of Paris Diderot and the Ecole Polytechnique and approved by the Ecole Normale Supérieure Paris Saclay. It is also an integral part of the International Master's program 'Nanotechnologies and Quantum Devices' in partnership with the Politecnico of Torino (Italy).
Students benefit from state-of-the-art training in nano-manufacturing and nano-characterization thanks to access to the clean room of the University of Paris Diderot and to a nanoscience platform dedicated to teaching.
In a spirit of maximum openness, the training is based on the scientific excellence of the speakers from the Ile de France laboratories concerned with the physics of quantum devices and offers a large number of outlets both in the academic and industrial environment in a booming field.
Nanotechnologies and Quantum Devices (see training website in the international section)
The Master Nanotechnologies and Quantum Devices (NanoQuad) is a two-year international program offered by the University of Paris Diderot and the Politecnico of Turin (Italy).
At the end of the two years, the students receive a double diploma: the master's degree in engineering from the Politecnico of Turin 'Nanotechnologies for ICTs' and the master's degree in physics from the University of Paris Diderot 'Quantum Devices'.
This master offers theoretical and experimental training on several types of quantum phenomena with a particular emphasis on devices. In this context, fundamental research and applied research have mutually enriched each other: theoretical progress has always been accompanied by parallel progress on the one hand in materials engineering (invention of new materials, control of their development) and on the other hand in investigation techniques (local probe microscopy, electron microscopy, etc.). These advances, crowned by several Nobel Prizes, have significant impacts both in fundamental physics (generation and manipulation of photonic, electronic, magnetic, superconducting states, etc.), and for future applications (devices for quantum information.
After this master's course, students can be directly employed as specialized scientists or engineers in high-tech industries, or start a thesis in outstanding public or private research laboratories.
Training taught entirely in English (over two years). The first year of the master takes place at the Politecnico of Turin. The second year of the master takes place at the University of Paris Diderot. Students are supported by the International Relations Offices of the two establishments for the organization of their mobility; several Erasmus+ scholarships are reserved for this programme.
Program overview
Main Subject
Physics and Astronomy
Degree
Other
Study Level
Masters
Study Mode
On Campus
The Master Quantum Devices is a theoretical and experimental training on several types of quantum phenomena with a particular focus on devices. In this context, fundamental research and applied research have mutually enriched each other: theoretical progress has always been accompanied by parallel progress on the one hand in materials engineering (invention of new materials, control of their development) and on the other hand in investigation techniques (local probe microscopy, electron microscopy, etc.). These advances, crowned by several Nobel Prizes, have significant impacts both in fundamental physics (generation and manipulation of photonic, electronic, magnetic, superconducting states, etc.), and for future applications (devices for quantum information, semiconductor sources and detectors,
The Master is jointly accredited by the University of Paris Diderot and the Ecole Polytechnique and approved by the Ecole Normale Supérieure Paris Saclay. It is also an integral part of the International Master's program 'Nanotechnologies and Quantum Devices' in partnership with the Politecnico of Torino (Italy).
Students benefit from state-of-the-art training in nano-manufacturing and nano-characterization thanks to access to the clean room of the University of Paris Diderot and to a nanoscience platform dedicated to teaching.
In a spirit of maximum openness, the training is based on the scientific excellence of the speakers from the Ile de France laboratories concerned with the physics of quantum devices and offers a large number of outlets both in the academic and industrial environment in a booming field.
Nanotechnologies and Quantum Devices (see training website in the international section)
The Master Nanotechnologies and Quantum Devices (NanoQuad) is a two-year international program offered by the University of Paris Diderot and the Politecnico of Turin (Italy).
At the end of the two years, the students receive a double diploma: the master's degree in engineering from the Politecnico of Turin 'Nanotechnologies for ICTs' and the master's degree in physics from the University of Paris Diderot 'Quantum Devices'.
This master offers theoretical and experimental training on several types of quantum phenomena with a particular emphasis on devices. In this context, fundamental research and applied research have mutually enriched each other: theoretical progress has always been accompanied by parallel progress on the one hand in materials engineering (invention of new materials, control of their development) and on the other hand in investigation techniques (local probe microscopy, electron microscopy, etc.). These advances, crowned by several Nobel Prizes, have significant impacts both in fundamental physics (generation and manipulation of photonic, electronic, magnetic, superconducting states, etc.), and for future applications (devices for quantum information.
After this master's course, students can be directly employed as specialized scientists or engineers in high-tech industries, or start a thesis in outstanding public or private research laboratories.
Training taught entirely in English (over two years). The first year of the master takes place at the Politecnico of Turin. The second year of the master takes place at the University of Paris Diderot. Students are supported by the International Relations Offices of the two establishments for the organization of their mobility; several Erasmus+ scholarships are reserved for this programme.
Admission Requirements
Scholarships
Selecting the right scholarship can be a daunting process. With countless options available, students often find themselves overwhelmed and confused. The decision can be especially stressful for those facing financial constraints or pursuing specific academic or career goals.
To help students navigate this challenging process, we recommend the following articles:
How to get a full scholarship
Looking for a fully-funded scholarship to see you into university? Find out how to boost your chances of getting one.
Scholarships to study abroad
Find scholarships to study abroad with our lists of international scholarships – categorized by country, by subject, and by type of student.
Scholarship Applications: Frequently Asked Questions
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