Name:	Professor B Cowan
Organisation:	Royal Holloway, Univ of London
Department:	Physics
Current EPSRC-Supported Research Topics:

Current EPSRC Support

There is no current EPSRC Support

Previous EPSRC Support

EP/R04533X/1 Topological mesoscopic superfluidity of 3He (C) EP/J022004/1 Topological superfluids under engineered nanofluidic confinement: new order parameters and exotic excitations (C) EP/H048375/1 Quantum Phase Transitions and Quantum Criticality in Helium Films (C) EP/E023177/1 Phase Transitions and Dynamical Processes in Quantum Crystals: from Spinodal Decomposition to Supersolidity (P) EP/C522877/1 Application of SQUID NMR to the study of novel p-wave 3He superfluids in regular confined geometries (C) GR/S20567/01 Studies of helium confined on the nanoscale (C) GR/M90290/01 EXPERIMENTS ON HELIUM IN TWO AND ONE DIMENSIONS (C) GR/M51291/01 NMR INSTRUMENTATION USING DC SQUIDS FOR EXPERIMENTS AT ULTRALOW TEMPERATURES AND ON ROOM TEMPERATURE SAMPLES (C) GR/M43845/01 STUDIES OF SOLID HELIUM MIXTURES AT MILLIKELVIN TEMPERATURES (P) GR/L24465/01 ULTRALOW TEMPERATURE FACILITY FOR APPLICATION OF SQUID TECHNOLOGY TO NOISE THERMOMETRY AND NMR (C) GR/K85698/01 MAGNETISM AND SUPERFLUIDITY OF TWO-DIMENSIONAL HELIUM (C) GR/L11915/01 NMR STUDIES OF HEAVY FERMION METALS (C) GR/J30219/01 EXPERIMENTS ON HELIUM FILMS AT ULTRALOW TEMPERATURES (C) GR/J30226/01 STUDY OF SOLID 3HE AND 3HE/4HE MIXTURES AT MILLIKELVIN TEMPERATURES (P) GR/J03589/01 EXCHANGE PHENOMENA IN QUANTUM SOLIDS (P) GR/G09542/01 MAGNETIC PROPERTIES OF 2D QUANTUM FLUID & SOLID FILMS AT MILLIKELVIN TEMPERATURES (C) GR/F83860/01 DEVELOPMENT OF DC SQUID AMPLIFIERS FOR NMR (P) GR/F17308/01 NMR STUDY OF 2D AND 3D QUANTUM SOLIDS (P) GR/E34582/01 2D DEGENERATE 3HE FILMS AT MILLIKELVIN TEMPERATURES (C)

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