Programme - 18 September 2024
LOCATION: Martin Wood Lecture Theatre, Department of Physics, University of Oxford
TALKS
09.30 - 10.00 Coffee and registration
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A. |
INTRODUCTION TO THE SUPERCONDUCTIVITY CDT (CHAIR: AMALIA COLDEA)
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10.00 – 10:45
10.45 – 11:00 |
Antony Carrington, University of Bristol Overview of the CDT
Questions & Answers (CDT panel)
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B. |
RESEARCH ACTIVITIES OF THE CDT SUPERCONDUCTIVITY COMMUNITY (CHAIR: MALTE GROSCHE)
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11.00 – 11:30
11:30 - 12.00
12:00 – 12:30 |
Nigel Hussey, University of Bristol Fundamental Research on Superconductivity
Susie Speller, University of Oxford Superconducting Materials
John Durell, University of Cambridge Superconducting Engineering and Applications
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12.30 - 14.30 |
Lunch / Poster session / Group Photo |
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C.
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PARTNER ENGAGEMENT WITH THE CDT (CHAIR: STEPHEN HAYDEN)
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14:30 - 15.00 Russell Ewings (STFC,RAL,ISIS) - large scale facilities
Superconductivity research using neutrons and muons
15.00 - 15.30 Greg Brittles (Tokamak Energy) - fusion
Tokamak Energy's research objectives for Superconductivity CDT
15.30 - 16.00 Stuart Wimbush (UK Atomic Energy Authority) - fusion
Superconductivity for STEP
16.00 - 16.30 Ben Bryant (Oxford Instruments) - industry
Superconductivity by researchers, for researchers
16.30 - 16.50 M’hamed Lakrimi (Siemens Healthineers Magnet Technology) - industry
Superconductivity for MRI magnets
16.50 - 17:00 Questions and Answer session - Partners
17:00 -18.00 Reception and posters. Event sponsored by Oxford Instruments.
POSTERS
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1 |
Sian Tedaldi, University of Oxford Graduate training in public engagement
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2. |
Siddharth Saxena, University of Cambridge Emergent Quantum Phases and Multicritcality
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3. |
Simon Hall, University of Bristol Morphological control and doping of High-Tc superconductors
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4. |
William Iliffe, UK Atomic Energy Agency (UKAEA) STEP's plan for understanding REBCO coated conductors in the Fusion Environment
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5. |
Christopher Bell, University of Bristol Heavy element thin films, devices and microstructured materials
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6. |
Jun Ma, University of Bristol R&D towards industrial applications based on HTS REBCO coated conductors
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7. |
Felix Flicker, University of Bristol Lifshitz transition enabling superconducting dome around a charge-order critical point
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8. |
Shuqiu Wang, University of Bristol Atomic-scale visualisation and identification of electronic structures in spin-triplet superconductors at mKs
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9. |
Qi Wang, University of Cambridge Magnetisation and demagnetisation of trapped field stacks in a superconducting machine for electric aircraft
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10. |
Sven Friedemann, University of Bristol Transport, and Structural Studies of High-Pressure superconductor La3Ni2O7
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11. |
Mustafa Bakr, University of Oxford Characterisation of a 16-Qubit Superconducting Device with Nearest- Neighbour Coupling
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12. |
Clara Barker, University of Oxford Superconducting thin-films for quantum devices with off-line quality assessment
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13. |
Stephen Hayden, University of Bristol Spin fluctuation in cuprate superconductors
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14. |
Amalia Coldea, University of Oxford Iron-based superconductors. A versatile Superconducting Platform
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15. |
Amalia Coldea, University of Oxford Oxford Centre for Applied Superconductivity. Experimental Capabilities in Oxford Physics |
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16. |
Zakiya Omar, Cryogenic Limited |
PROGRAMME PDF FORMAT
Location: Department of Physics, Clarendon Laboratory, Oxford, OX1 3PU
https://www.physics.ox.ac.uk/about-us/contact-us
Nearby public transport
Please use Park and Ride and use local buses. Recommended Oxford Parkway Park and Ride https://www.oxford.gov.uk/directory-record/96/oxford-parkway-park-and-ride
Take a local bus towards the centre and the bus stop is Keble Road.
For timetables and fares,visit the Oxford Bus Company https://www.oxfordbus.co.uk/
or Stagecoach https://www.stagecoachbus.com/about/oxfordshire/oxford.
