The leader of the group Algorithms and Complexity: Jop Briët
Algorithms and Complexity
Designing quantum software for future quantum computers, using fundamentally different techniques and approaches based on superposition, interference and entanglement.
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Our research group designs software for the computing technology of the future, especially quantum computing. Based on the laws of quantum mechanics, which tell us that systems and particles can be in multiple states at once, quantum computing is radically different from computing as we know it. Our quantum software requires fundamentally different techniques and approaches based on superposition, interference and entanglement. Ultimately, our research will result in better, faster and more reliable computer systems for society. Our research group is involved in QuSoft, the new Dutch research centre for quantum software.
More information can be found in this A&C group video (2018).
Events
All events-
StartEndGalina Pass will defend the dissertation 'Quantum walks, recursion, and time-space tradeoffs for st-connectivity'.
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StartEndClassical and Quantum Cryptanalysis of Lattices and Codes
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StartEndThis summer school is part of the Research Semester Programme ‘Quantum Algorithms and Quantum Error Correction’.
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StartEndThis workshop on quantum algorithms is part of the Research Semester Programme 'Quantum Algorithms and Quantum Error Correction'.
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StartEndThis workshop on quantum error correction is part of the 2026 Research Semester Programme “Quantum Algorithms and Quantum Error Correction”.
Members
Associated members
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Samuel van Beek
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Maxim van den Berg
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Lara Boloni
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Victor Braun
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Carli Bruinsma
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Diederick Croese
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Llorenç Escolà Farràs
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Francisco Escudero Gutiérrez
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Marten Folkertsma
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Dmitry Grinko
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Koen Groenland
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Krystal Guo
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Koen Leijnse
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Lisa Lenstra
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Sarah Meng Li
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Guoding Liu
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Vania Lopez Diaz
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Anna Luchnikov
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Manideep Mamindlapally
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Gina Muuss
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Niels Neumann
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Maris Ozols
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Daan Planken
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Stefano Polla
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Ailsa Jane Robertson
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Christian Schaffner
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Daan Schoneveld
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Kareljan Schoutens
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Hemant Sharma
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Artemis Song
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Florian Speelman
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Joppe Stokvis
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Matthew Sutcliffe
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Quinten Marcus Tupker
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Philip Verduyn Lunel
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Sebastian Verschoor
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John van de Wetering
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Jeroen Zuiddam
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Sebastian Zur
Courses
All courses-
Advanced Quantum Algorithms2 feb 2026 - 27 mar 2026
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Additive combinatorics2 feb 2026 - 30 jun 2026
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Advanced Representation Theory and Applications2 feb 2026 - 30 jun 2026
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Quantum Information Theory7 sep 2025 - 18 dec 2025
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Quantum Computing1 sep 2025 - 19 dec 2025
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Selected Topics in Quantum Information Processing1 sep 2025 - 17 oct 2025
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Introduction to Information Theory1 sep 2025 - 24 oct 2025
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Quantum Information Theory3 feb 2025 - 23 may 2025
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Advanced Quantum Algorithms3 feb 2025 - 28 mar 2025
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Introduction to Information Theory28 oct 2024 - 13 dec 2024
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Quantum Computing9 sep 2024 - 16 dec 2024
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Selected Topics in Quantum Information Processing1 sep 2024 - 16 oct 2024
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Quantum Information Theory5 feb 2024 - 24 may 2024
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Advanced Quantum Algorithms1 feb 2024 - 31 mar 2024
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Quantum Computing13 sep 2023 - 20 dec 2023
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Additive combinatorics1 mar 2023 - 30 apr 2023
Current projects with external funding
- Quantum time-space tradeoff lower bounds
- Algorithms, Security and Complexity for Quantum Computers (ASC-Q)
- Groeifonds - QDNL / KAT 1 (Groeifonds)
- Ada Lovelace positie (2e tranche) (None)
- Lectoraat Applied Quantum Computing (Teitsma) (None)
- Randomness in quantum computation (None)
- Rotate, measure, repeat: better and cheaper error characterisation for quantum computers (None)
- Quantum Software Consortium (QSC)
- Research centre for quantum software (QUSOFT)
