Prof Ian Walmsley

NQIT Hub Director
Contact details

Clarendon Laboratory Parks Road Oxford OX1 3PU

University of Oxford
Work package
Work Package 3 - Photonic network engineering
Ian Walmsley

Ian Walmsley has an extensive record of leadership in quantum technologies spanning more than a decade. In 1998 he won $5M competitive US government funding and established the Centre for Quantum Information, a consortium of five universities. More recently he led a €12.8M European-funded consortium of 38 academic and industrial partners to deliver quantum applications based largely around photonics.

Ian Walmsley has been driving the agenda for quantum technology in the UK and EU. For example he advised the European Commission Joint Research Centre on quantum sensing, initiated dialogue with BIS ahead of the European Commission negotiations on quantum technologies in FET and Horizon 2020 and briefed the Director General of DG CONNECT on the opportunities for quantum technologies. He is a member of the EPSRC Quantum Technologies working group and has advised the Royal Society on responsible innovation in this area. He has taught a short course on quantum technologies in Baltimore and San Jose for the past ten years, reaching more than 200 individuals from academia and business.

His vision and drive unifies the consortium and motivates their delivery of the ambitious objectives of the Hub. His research group in ultrafast quantum optics & optical metrology sustains research efforts in three areas: quantum optics, coherent control of atoms and molecules and nonlinear optics. These areas are connected by the common theme of manipulation and characterization of the wave fields, both radiation and matter, that are the underlying entities of the apposite physical theories.

Current projects include: the development of high-fidelity single and few photons sources for quantum information science; the synthesis of ultracold molecules from trapped ultracold atoms using closed-loop control and the development of methods for complete characterization of attosecond-duration electromagnetic pulses for novel time-resolved spectroscopies.