Quantum Information (QI)
Sorbonne Université, France
Master of Computer Science - Quantum Information (QI)
Sorbonne University
Quantum Information / Computer Science
Master in Quantum Information (QI) at Sorbonne University
Sorbonne University offers a master's program fully dedicated to Quantum Information in Paris, supported by the Quantum Information Center Sorbonne (QICS), the Computer Science Master Department, and the Physics Master Department. This two-year program provides a master's degree in Computing Science with a specialization in Quantum Computing, designed for graduate students in computer science with a strong interest in physics.
Experts from leading research institutions including LIP6, Laboratoire Kastler Brossel (LKB), and INRIA teach cutting-edge research results in quantum algorithmics, quantum cryptography, photonic quantum computing, and quantum information theory. The program is taught entirely in English and is designed for an international student audience, making it accessible to candidates from around the world.
Year 2 is a joint program in quantum information accessible from both computer science and physics tracks, addressing both software and hardware state-of-the-art topics. This unique structure provides students with a comprehensive overview of the domain and a joint background that bridges theoretical computer science and experimental quantum physics.
Key Program Highlights
- Fully dedicated master's program in Quantum Information, one of the first of its kind in France
- Taught entirely in English by experts from LIP6, LKB, and INRIA research centers
- Joint M2 year covering both software and hardware aspects of quantum information
- Located in Paris with access to France's national Plan Quantique ecosystem and industry partnerships
Curriculum and Modules
The Master in Quantum Information consists of four semesters totaling 120 ECTS, combining core quantum information courses with elective modules and substantial project work. Semester 4 requires all students to complete an internship of at least 5 months in a laboratory or company. The curriculum bridges computer science and physics, pairing students from both backgrounds for collaborative learning.
Quantum Information Overview (QIIntro)
6 ECTSA broad overview of theoretical quantum information covering fundamental concepts such as entanglement, teleportation, nonlocality, and decoherence, along with quantum communication protocols, quantum algorithms (Shor, Grover, VQE), and quantum error correction.
Quantum Circuits and Logic Gates (QCLG)
3 ECTSCovers quantum circuits as a common language in quantum information, including single and two qubit gates, Toffoli gates, and small circuits. Students from computer science and physics backgrounds are paired for hands-on sessions with digital tools.
Quantum Physics for Computer Scientists (QPh4CS)
6 ECTSCovers quantum dynamics including Hamiltonians, evolution operators, and dissipation, with links to quantum information physical implementations such as cold atoms and photonics. The focus is on finite dimensional systems.
Quantum Information Theory (QIT)
6 ECTSExplores the quantum analogue of Shannon theory and complexity theory, including mathematical foundations, quantum Shannon theory, communication complexity, channel theory, entanglement theory, and nonlocal games.
Quantum Information Group Project (PQIG)
3 ECTSCollaborative project with physics students, working in small interdisciplinary groups on a quantum information problem, performing a short review of the state-of-the-art and conducting experimentation.
Advanced Quantum Information Project (PQIA)
9 ECTSIn-depth project work on a quantum information problem involving a comprehensive review, analysis, and implementation of one or several solutions, preparing students for research or industry roles.
Elective Courses
Admission Requirements
The Master in Quantum Information welcomes applicants with strong foundations in computer science, mathematics, or related fields. Knowledge of quantum physics is not required for M1 entry as it is taught during the program, but applicants should be comfortable with linear algebra. Contact Uni4Edu to begin your application and receive personalized guidance throughout the process.
Academic Requirements
- M1 Entry - DegreeBachelor's degree in Computer Science, Computer Engineering, or Mathematics
- M2 Entry - DegreeM1 (first-year Master's) in Computer Science, Computer Engineering, or Mathematics
- Mathematical BackgroundStrong competences in mathematics, linear algebra, and theoretical foundations of computer science
- Physics Background (M1)Not required for M1 entry; quantum physics is taught during the program
- Physics Background (M2)Knowledge of quantum physics is required for direct M2 entry
Language Requirements
- Language of InstructionEnglish (program is taught entirely in English)
- English ProficiencyProof of English proficiency may be required for non-native speakers (e.g., IELTS, TOEFL, or equivalent). Contact Uni4Edu for specific score requirements.
- French LanguageNot required; French language courses (FLE) are available for non-French speaking students (3 ECTS)
Required Documents
Application Deadlines
For personalized admission guidance, document verification, and application support, please contact Uni4Edu
Scholarships & Funding
Several scholarship and funding opportunities are available for students pursuing the Master in Quantum Information at Sorbonne University. These include university-level, national, and international funding options. Contact Uni4Edu for personalized guidance on scholarship eligibility and application procedures.
Eiffel Excellence Scholarship Program
A prestigious French government scholarship administered by Campus France, targeting outstanding international students for master's-level studies in France. Covers a monthly allowance and various benefits.
For detailed tuition fee information, please contact Uni4Edu — we will guide you through the costs and available funding options for this program.
Career Prospects
Quantum Information specialists are currently in high demand both locally and internationally, in academia and industry. France's national Plan Quantique includes significant investment in quantum technologies, creating abundant opportunities for graduates. The program prepares students for both advanced research careers through PhD programs and industry positions in the rapidly growing quantum computing sector.
Potential Career Roles
Potential Employers & Research Partners
Rankings & Recognition
Sorbonne University is one of the leading research universities in Europe, consistently ranked among the top institutions globally. Formed in 2018 from the merger of Paris-Sorbonne University and Pierre and Marie Curie University, it excels particularly in natural sciences, mathematics, physics, and computer science, all of which are directly relevant to the Quantum Information program.
| Subject | Ranking Body | Rank |
|---|---|---|
| Natural Sciences | QS World Rankings by Subject | #15 |
| Mathematics | QS World Rankings by Subject | #12 |
| Physics | ARWU Shanghai Ranking | #29 |
| Computer Science | THE World Rankings by Subject | Top 100 |
How to Apply
Applying for this program is easy with Uni4Edu. Our team will guide you through every step of the process — from document preparation to final enrolment.
Contact Uni4Edu
Reach out to our team via email or phone. We will assess your profile and confirm your eligibility for this program.
Prepare Your Documents
Our advisors will provide you with a personalised checklist of required documents and help you prepare your application package.
Submit Your Application
Uni4Edu will submit your application on your behalf and keep you updated on its progress throughout the review period.
Receive Your Offer
Once accepted, we will help you understand your offer, arrange visa support if needed, and guide you through the enrolment process.
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