De leider van de groep Algorithms and Complexity: Jop Briët
Algorithms and Complexity
De Algorithms and Complexity (A&C) groep ontwerpt kwantumsoftware voor toekomstige kwantumcomputers, en gebruikt daarbij fundamenteel andere technieken en benaderingen op basis van superpositie, interferentie en verstrengeling.
Onze onderzoeksgroep ontwerpt software voor de computertechnologie van de toekomst, met name kwantumcomputers. Op basis van de wetten van de kwantummechanica, die ons leren dat systemen en deeltjes zich in meerdere toestanden tegelijk kunnen bevinden, verschilt kwantumcomputing radicaal van de huidige computertechnologie. Onze kwantumsoftware vereist fundamenteel andere technieken en benaderingen op basis van superpositie, interferentie en verstrengeling. Uiteindelijk zal ons onderzoek leiden tot betere, snellere en betrouwbaardere computersystemen voor de samenleving. Onze onderzoeksgroep is betrokken bij QuSoft, het nieuwe Nederlandse onderzoekscentrum voor kwantumsoftware.
Lees meer over het onderzoek van CWI's Algorithms and Complexity groep (in het Engels).
Evenementen
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BeginEindThis workshop is part of the Research Semester Programme 'PhaseCAP: Phase Transitions in Combinatorics, Algorithms and Probability'.
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BeginEindTom Bohman (Carnegie Mellon University) and Christina Goldschmidt (University of Oxford) will give public lectures as part of the PhaseP Problem-Solving Workshop within the PhaseCAP Research Semester Programme on 2 April 2026. You are cordially invited to attend these plenary talks. Attendance is free, but registration is required.
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BeginEindWe are delighted to invite you to join us for a special Scientific Conference celebrating 10 years of QuSoft. This anniversary event brings together leading thinkers, researchers, and innovators in the field of quantum software to reflect on past achievements and look ahead to the breakthroughs that will shape the next decade. We look forward to welcoming you for a day of inspiring talks, scientific exchange, and community celebration.
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BeginEindThis workshop is part of the Research Semester Programme 'PhaseCAP: Phase Transitions in Combinatorics, Algorithms and Probability'.
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BeginEindOn Friday 17 April 2026, Penny Haxell (University of Waterloo) and Rob Morris (IMPA) will give two public lectures as part of the final afternoon of the PhaseC Problem-Solving Workshop within the Research Semester Programme PhaseCAP. You are cordially invited to attend these plenary talks. Attendance is free, but registration is required.
Leden
Aangesloten leden
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Amira Abbas
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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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Carli Bruinsma
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Adam Burchardt
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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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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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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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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
Publications
All publicationsCourses
All courses-
Advanced Quantum Algorithms2 feb 2026 - 27 mrt 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 okt 2025
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Introduction to Information Theory1 sep 2025 - 24 okt 2025
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Quantum Information Theory3 feb 2025 - 23 mei 2025
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Advanced Quantum Algorithms3 feb 2025 - 28 mrt 2025
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Introduction to Information Theory28 okt 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 okt 2024
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Quantum Information Theory5 feb 2024 - 24 mei 2024
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Advanced Quantum Algorithms1 feb 2024 - 31 mrt 2024
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Quantum Computing13 sep 2023 - 20 dec 2023
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Additive combinatorics1 mrt 2023 - 30 apr 2023
Lopende projecten met externe financiering
- 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)