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Warwick Quantum

Warwick Quantum is a new interdisciplinary research initiative involving the Computer Science, Mathematics, Chemistry, and Physics departments. Our vision is to provide a bridge between ideas in Computer Science, Mathematics and Physics to make an impact on Quantum Computing and Quantum Technologies on all levels, from theory and foundations to hardware and industrial applications.

Faculty Members

Animesh Datta

Ben Green

Reinhard Maurer

Mark Newton

Vedran Sohinger

Daniel Ueltschi

 Tom Gur (Computer Science lead)

Katarzyna Macieszczak

Gavin Morley (Physics lead)

Rudolf Roemer

Nicholas Spooner

Scott Habershon

Postdocs and PhD Students

Sathyawageeswar Subramanian (Royal Commission 1851 Research Fellow)

Theodoros Kapourniotis (Postdoc)

Ninad Rajgopal (Postdoc)

Nils Hertl (Postdoc)

Svenja Janke (Postdoc)

Oscar Douglas-Gallardo (Postdoc)

Benedikt Klein (Postdoc)

Sam Hall (Postdoc)

Sharmila Balamurugan (Postdoc)

Elnaz Darsheshdar (Postdoc)

Aiman Khan (Postdoc)

Colin Stephen (Postdoc)

Anis Rahman (Postdoc)

Hugo Aaronson (PhD Student)

Marcel Dall'Agnol (PhD Student)

Jamie Friel (PhD Student)

Jack O'Connor (PhD Student)

Georgios Athanasopoulos (PhD Student)

Daniel Corken (PhD Student)

Connor Box (PhD Student)

Billal Sohail (PhD Student)

James Gardner (PhD Student)

Shayantan Chaudhuri (PhD Student)

Wojciech Stark (PhD Student)

Joe Gilkes (PhD Student)

Matthew Stoodley (PhD Student)

Dylan Morgan (PhD Student)

Mariia Radova (PhD Student)

Michael Luya (PhD Student)

Peter Halat (PhD Student)

Andrew Jackson (PhD Student)

Aaron Malcolm (PhD Student)

Ellen Devereux (PhD Student)

Sourav Das (PhD Student)

Georgios Athanasopoulos (PhD Student)

Ben Wood (PhD Student)

James March (PhD Student)

Stuart Graham (PhD Student)

Alex Newman (PhD Student)

Joe Gore (PhD Student)

Laura DurĂ¡n-Fervenza (PhD Student)

Andrew Rout (PhD Student)

Grega Saksida (Phd Student)

Colloquia and Seminars

  • The Cambridge-Warwick Quantum Computing Colloquium. Colloquia take place online and consist of talks dedicated to topics of interest in Quantum Computation and Quantum Complexity Theory. Our goal is to create an inclusive forum for discussion and rapid dissemination of ideas. Anyone interested in quantum computing is welcome to join.


  • Two papers accepted to QIP 2023:
    • "Quantum Worst-Case to Average-Case Reductions for All Linear Problems" by Vahid R. Asadi, Alexander Golovnev, Tom Gur, Igor Shinkar, and Sathyawageeswar Subramanian.
    • "Post-Quantum Zero Knowledge, Revisited" by Alex Lombardi, Fermi Ma and Nicholas Spooner.