QTFP Community Meeting

Europe/London
The Mazumdar-Shaw Advanced Research Centre

The Mazumdar-Shaw Advanced Research Centre

11 Chapel Lane University of Glasgow G11 6EW
Andrew Casey (Royal Holloway, University of London), Devendra Namburi (University of Glasgow), Edward Daw (The University of Sheffield), Giovanni Barontini (University of Birmingham), Hartmut Grote, Oliver Buchmuller (IC), Robert Hadfield (Glasgow), Ruben Saakyan (UCL), Silke Weinfurtner (The University of Nottingham), Stafford Withington (Oxford)
Description

The Quantum Technologies for Fundamental Physics (QTFP) programme  aims to demonstrate how quantum technologies can address fundamental physics questions, such as the search for dark matter, understanding the nature of gravity, and measuring quantum properties of elementary particles. An important objective of the programme is to foster cross-disciplinary collaboration between fundamental physics and quantum sensing communities while offering unique training opportunities for early-career researchers.

The Quantum Technology for Fundamental Physics programme is funded by UKRI STFC as part of the UK National Quantum Technologies Programme. Wave 1 of the QTFP programme funded seven large consortia in 2020/21 and additional 17 projects in 2022. 

The workshop will take place at the at the Mazumdar-Shaw Advanced Research Centre (ARC) at the University of Glasgow. 

The workshop will  bring together the QTFP community to review the programme’s achievements, strengthen and expand the network, and exchange ideas on its future direction.

This meeting is dedicated to the memory of Prof. Ian Shipsey

Remote connection is possible via this zoom link: 

https://uofglasgow.zoom.us/j/83042781261?pwd=rbbR2kK5aXOYcGeC4vkiawQxqyvjBe.1

Meeting ID: 830 4278 1261
Passcode: 631299

Incidentally, there is a major traditional folk music festival going on with many events across Glasgow:

https://www.celticconnections.com/

 

Registration
QTFP Community Meeting Registration
146 / 146
Participants
  • Aaron Smith
  • Adrian Bevan
  • Adrian Kent
  • Ahmed Ayidh Alsulami
  • Aidan Robson
  • Alex Guttridge
  • Alex Ridley
  • Alex Sopio
  • Amber Shepherd
  • Andreas Ringwald
  • Andrei Constantin
  • Andrew Casey
  • Angela Warren
  • Animesh Datta
  • Anna Marchant
  • Anna Migo
  • Antonin Lindner
  • Arthur La Rooij
  • Ashlea Kemp
  • Bipasha Chakraborty
  • Bruno Leone
  • Calum Rose
  • Charles Baynham
  • Christopher McCabe
  • Daniel Oi
  • Daniel Watts
  • Daniela Bortoletto
  • Daniele Faccio
  • Danielle Pizzey
  • David Carty
  • David Ireland
  • David Schaich
  • Debarshi Das
  • Devendra Kumar Namburi
  • Dmitry Zmeev
  • Edward Daw
  • Edward Laird
  • Elena Gramellini
  • Elizabeth Leason
  • Fabio Bergamin
  • Fiona Alder
  • Friedrich Koenig
  • Giovanni Barontini
  • Hartmut Grote
  • Ian Bailey
  • Jack Devlin
  • Jack Shergold
  • James March
  • Jamie McDonald
  • Jesús Rubio Jiménez
  • Jim Hough
  • John Gallop
  • Jonas Rodewald
  • Jonathan Gosling
  • Jonathan Oppenheim
  • Jonathan Tinsley
  • Jose Verdu
  • Joshoua Esmenda
  • Kimberly Tkalcec
  • Laura Blackburn
  • Lijie Li
  • Linda Hadfield
  • Luke Whitehead
  • Maciej Tomasz Jarema
  • Martin Bauer
  • Martin Weides
  • Matthias Keller
  • Maurits van der Grinten
  • Michael Holynski
  • Michele Piscitelli
  • Mingee Chung
  • Mingyao Xu
  • Mitchell Perry
  • Monica D'Onofrio
  • Neda Darvishi
  • Nicola McConkey
  • Nidhi Choudhary
  • Nikitha Kuntimaddi
  • Ohkyung Kwon
  • Oliver Buchmueller
  • Oliver Burrow
  • Patrik Svancara
  • Paul Griffin
  • Paul Stevenson
  • Peter Barker
  • Petri Heikkinen
  • Richard Howl
  • Robert Hadfield
  • Ruben Saakyan
  • Samuel Fedida
  • Samuli Autti
  • Sharmila Balamurugan
  • Silke Weinfurtner
  • Songyuan Zhao
  • Sougato Bose
  • Soumyodeep Dey
  • Stuart Reid
  • Sumit Kumar
  • Suroj Dey
  • Tahmina Aziz
  • Thomas Billam
  • Thomas Hird
  • Tianliang Yan
  • Tiffany Harte
  • Tineke Salmon
  • Tristan Valenzuela
  • Valentino Seferai
  • Vincent Boyer
  • Xavier Rojas
  • +37
  • Tuesday, 21 January
    • Arrival
    • Welcome and Introduction
    • QTFP Project Presentations
      Convener: Stafford Withington (University of Oxford)
    • 12:30
      Lunch and Networking
    • QTFP Project Presentations
      Convener: Ruben Saakyan (UCL)
    • 15:15
      Coffee Break
    • QTFP Project Presentations
      Convener: Silke Weinfurtner (The University of Nottingham)
    • Ian Shipsey
      Convener: Silke Weinfurtner (The University of Nottingham)
      • 15
        A tribute to Ian Shipsey
        Speaker: Marcel Demarteau (ORNL)
    • 17:15
      (Self)transfer to Glasgow City Chambers 82 George Square Glasgow G2 1DU (Glasgow City Chambers)

      82 George Square Glasgow G2 1DU

      Glasgow City Chambers

      82 George Square Glasgow G2 1DU
    • 18:30
      Drinks Reception Glasgow City Chambers 82 George Square Glasgow G2 1DU (Glasgow City Chambers)

      82 George Square Glasgow G2 1DU

      Glasgow City Chambers

      82 George Square Glasgow G2 1DU

      82 George Square Glasgow G2 1DU

    • 20:00
      Dinner (self-organised)
  • Wednesday, 22 January
    • International Context
      Convener: Hartmut Grote (Cardiff)
    • 10:30
      Coffee Break
    • QTFP Project Presentations
      Convener: Giovanni Barontini (University of Birmingham)
      • 19
        Superconducting Parametric Amplifiers for the Measurement of Absolute Neutrino Mass
        Speaker: Songyuan Zhao (U Oxford)
      • 20
        Quantum Technologies at Manchester and the Manchester Axion Novel Cavity eXperiment MANCX
        Speaker: Jamie McDonald (U Manchester)
      • 21
        Directional dark matter searches with levitated quantum sensors
        Speaker: Fiona Alder (UCL)
      • 22
        MeV scale photonic quantum entanglement - fundamental tests and applications in imaging
        Speaker: Daniel Watts (U York)
    • 12:00
      Poster Session and Lunch
    • Quantum Strategy and QTFP
      Convener: Robert Hadfield (Glasgow)
      • 23
        UK National Quantum Technology Programme Strategy and its global context
        Speaker: Peter Knight (Imperial)
      • 24
        Future of QTFP
        Speaker: Jason Green (STFC UKRI)
      • 25
        Q&A
      • 15:00
        Concluding Remarks, Prizes and Departure
    • 15:30
      Optional Lab Tours at ARC