Name:	Professor WF Vinen
Organisation:	University of Birmingham
Department:	School of Physics and Astronomy
Current EPSRC-Supported Research Topics:

Current EPSRC Support

There is no current EPSRC Support

Previous EPSRC Support

EP/P025625/1 Microscopic dynamics of quantized vortices in turbulent superfluid in the T=0 limit (C) EP/I029729/1 Interdisciplinary Workshop on Fluctuations and Coherence: from Superfluids to Living Systems (C) EP/H04762X/1 Materials World Network: Collaborative Research on Simple Forms of Quantum Turbulence - Production, Decay and Visualization (C) EP/D067758/1 NSF World Materials Network: A Collaborative Experimental Investigation of Pure Quantum Turbulence in Superfluid He-4 at Very Low Temperatures (C) EP/E016928/1 Experimental Investigation of Pure Quantum Turbulence in Superfluid He-4 at Very Low Temperatures (C) EP/D007739/1 Calorimetric detection of quantum turbulence (C) EP/C538374/1 Research Workshop Superfluids under Rotation (C) GR/R94848/01 Experiments on quantum turbulence in superfluid He-4 at mK temperatures: the use of a towed grid (C) GR/J69370/01 EXPERIMENTAL AND THEORETICAL STUDIES OF ION POOLS TRAPPED BELOW THE SURFACE OF SUPERFLUID HELIUM (P) GR/J85523/01 HIGH TEMPERATURE SUPERCONDUCTORS: FROM FUNDAMENTAL SCIENCE TO APPLICATIONS (C) GR/J60292/01 EXPERIMENTS ON LEVITATED SUPERFLUID DROPS (P) GR/H37327/01 HTC SUPERCONDUCTIVITY: FUNDAMENTAL SCIENCE, CHEMICAL SYNTHESIS, MATERIALS SCIENCE AND DEVICE APPLICATIONS (C) GR/G33875/01 SQUID MAGNETOMETER FOR MAGNETIC STUDIES OF HTC SUPERCONDUCTORS (C) GR/F77906/01 EXPERIMENTAL AND THEORETICAL STUDY OF ION POOLS TRAPPED BELOW THE SURFACE OF SUPERFLUID HELIUM (P) GR/F32424/01 SQUID MAGNETOMETER FOR MAGNETIC STUDIES OF HTC SUPER- CONDUCRORS (C) GR/E82552/01 HIGH-TC SUPERCONDUCTIVITY MATERIALS SCIENCE SUPERCONDUCTIVITY AND ELECTRONIC APPOLICATIONS (C)

Key: (P)=Principal Investigator, (C)=Co-Investigator, (R)=Researcher Co-Investigator