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Quantum Sensors for Fundamental Physics

16–17 Oct 2018
St. Catherine's College, Oxford
Europe/London timezone

Contribution List

36 out of 36 displayed
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  1. 1. Welcome & Purpose of Meeting
    Ian Shipsey (University of Oxford (GB))
    16/10/2018, 09:00
  2. 2. Scientific Motivation Overview
    Giovanni Villadoro (Abdus Salam Int. Cent. Theor. Phys. (IT))
    16/10/2018, 09:15
  3. 3. Quantum Features Exploitable in Table Top Fundamental Physics (incl.Superposition, Entanglement, Squeezing Back Action Evasion & more)
    Sougato Bose (UCL)
    16/10/2018, 10:00
  4. 4. Coffee
    16/10/2018, 10:45
  5. 13. Photon-Number-Resolving Imagers and Detectors Based on Superconducting Nanowire
    Karl berggren (MIT)
    16/10/2018, 11:15
  6. 6. UK National Quantum Technology Hub in Sensors and Metrology
    Kai Bongs (U. Birmingham & NQHSM)
    16/10/2018, 12:00
  7. 7. Extra Discussion
    16/10/2018, 12:45
  8. 8. Lunch
    16/10/2018, 13:00
  9. 14. Low Energy Tests of the Standard Model
    Gerald Gabrielse (Harvard University (US)), Gerald Gabrielse (Harvard University)
    16/10/2018, 14:00
  10. 9. Atom Interferometry
    Jason Hogan (Stanford)
    16/10/2018, 14:45
  11. 11. Coffee
    16/10/2018, 15:30
  12. 10. Trapped Ions, Atomic clocks, fundamental constants.
    David Hume (NIST)
    16/10/2018, 16:00
  13. 12. Magnetic Resonance and Atomic Clocks
    Yevgeny Stadnik (Mainz)
    16/10/2018, 16:45
  14. 5. Harnessing quantum technologies in the search for dark matter
    Konrad Lehnert (JILA)
    16/10/2018, 17:30
  15. 15. The FNAL Quantum Program
    Panagiotis Spentzouris (Fermilab)
    16/10/2018, 18:15
  16. 16. Dinner (self-organized)
    16/10/2018, 19:00
  17. 17. Precision experiments with phonons, photons and spins to test Lorentz Invariance and to Detect Dark Matter and High Frequency Gravitational Waves
    Michael Tobar (U Western Australia)
    17/10/2018, 09:00
  18. 18. National Physical Laboratory Program in Quantum Sensors for Fundamental Physics
    Patrick Gill (NPL)
    17/10/2018, 09:35
  19. 34. The Quantum Programme (Liam Blackwell EPSRC) The SPF EoI themes (Jason Green STFC)
    17/10/2018, 10:10
  20. 22. Coffee
    17/10/2018, 10:50
  21. 19. Ion Traps 1
    David Lucas (Oxford)
    17/10/2018, 11:10
  22. 20. beyond-Standard-Model physics with ion trap type methods
    Andrew Steane (Oxford)
    17/10/2018, 11:35
  23. 21. alpha-dot measurement with an ion Trap
    Rachel Godun (NPL)
    17/10/2018, 11:55
  24. 23. Quantum Senors Programme at Cambridge
    Stafford Withington (Cambridge)
    17/10/2018, 12:15
  25. 35. Quantum Techniques in Advanced Laser Interferometric Gravity Wave Detectors
    Haixing Miao (U. Birmigham)
    17/10/2018, 12:35
  26. 27. Lunch
    17/10/2018, 12:55
  27. 24. Atom Interferometry in the UK & MAGIS-100
    Jon Coleman (University of Liverpool)
    17/10/2018, 13:45
  28. 25. The Atom Interferometer Obsrevatory Network
    Oliver Buchmuller (Imperial College (GB))
    17/10/2018, 14:10
  29. 26. Levitated quantum optomechanics for fundamental physics
    Peter Barker (UCL)
    17/10/2018, 14:25
  30. 28. tabletop quantum sensing experiments with NV centres in diamond including with levitated nanodiamond
    Gavin Morley (Warwick)
    17/10/2018, 14:45
  31. 29. Quantum Behavior of Mechanical Structures and the application to fundamental physics
    Michael Vanner (Imperial)
    17/10/2018, 15:10
  32. 36. Coffee
    Stig Topp-Jorgenson
    17/10/2018, 15:35
  33. 30. Resonant searches for Axions and other ultralight dark matter
    Edward Daw (The University of Sheffield)
    17/10/2018, 15:55
  34. 33. Super Conducting Qubits
    Peter Leek
    17/10/2018, 16:25
  35. 31. Exploring ultra light to sub-MeV dark matter with atomic clocks and co-magnetometers
    Diego Blas Temino (CERN)
    17/10/2018, 16:55
  36. 32. quantum simulators of fundamental physics
    Silke Weinfurtner (Nottingham)
    17/10/2018, 17:10

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