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Panel Name: Quantum Technologies for Position Navigation and Timing
Date of Panel: 27 April 2023
Panel Contact: Boyle, Liam

Panel Rank Ordered List:  Standard

RankGrant ReferencePrincipal InvestigatorHolding OrganisationGrant TitleValue (£)
1.
EP/Y004817/1
Guarrera, Dr VUniversity of BirminghamEnhanced atomic co-magnetometry for inertial sensing252,507
1.
EP/Y005236/1
Chalipczak, Dr WNational Physical Laboratory NPLEnhanced atomic co-magnetometry for inertial sensing259,401
2.
EP/Y004361/1
Keller, Dr MKUniversity of SussexCompact Terahertz Clock381,841
2.
EP/Y004701/1
Pasquazi, Professor ALoughborough UniversityCompact Terahertz Clock for Mobile Applications289,086
2.
EP/Y004868/1
Gill, Professor PNational Physical Laboratory NPLCompact Terahertz Clock137,264
3.
EP/Y005120/1
Hill, Dr I RNational Physical Laboratory NPLUltra-precise, Shock-resistant Optical Clocks (USOC)210,361
3.
EP/Y005163/1
Hobson, Dr RImperial College LondonUltra-precise, Shock-resistant Optical Clocks (USOC)619,645
4.
EP/Y00485X/1
Paul, Professor DJUniversity of GlasgowA Chip-Scale 2-Photon Rubidium Atomic Clock820,844
5.
EP/Y005112/1
Gill, Professor PNational Physical Laboratory NPLTrapped ion clock with enhanced reliability (TICKER)810,371
6.
EP/Y004728/1
Weidner, Dr C AUniversity of BristolRobust, Trapped Ultracold Atom Interferometry For Six-axis Inertial Sensing579,418
7.
EP/Y005260/1
Fernholz, Dr TUniversity of NottinghamHybrid atomic gyroscope794,609
8.
EP/Y004582/1
Everard, Professor JUniversity of YorkCompact Quantum Clocks For Precise And Autonomous Position Navigation And Timing552,833
9.
EP/Y005139/1
Lien, Dr YUniversity of BirminghamTOPological optimisation of technologies for high-bandwidth atomic Gravimetry Used in Navigation Systems829,006
10.
EP/Y004175/1
Foot, Professor CJUniversity of OxfordCold-atom source of strontium for Quantum Technology587,434
11.
EP/Y005287/1
Cotter, Dr JPImperial College LondonQuantum Sensing on the London Underground790,013
12.
EP/Y005082/1
Singh, Professor YUniversity of BirminghamPortable strontium lattice clock for ultra stability and long holdover (POSSIBLE)570,628
12.
EP/Y00521X/1
Gill, Professor PNational Physical Laboratory NPLPortable strontium lattice clock for ultra stability and long holdover (POSSIBLE)253,974
13.
EP/Y004485/1
  Not Funded 
14.
EP/Y005333/1
  Not Funded 
15.
EP/Y004981/1
  Not Funded 
16.
EP/Y004760/1
  Not Funded 
17.
EP/Y005317/1
  Not Funded 

Notes:

  1. To maintain the anonymity of applicants, full details are available only for those proposals that have been funded.
  2. The number shown is the rank assigned by the panel at the meeting.
  3. Where proposals have the same number, these are joint proposals that were considered as a single application.
  4. Proposals showing as 'Decision Awaited' are given a rank 'n/a' until the decision has been made, and then the final rank will appear.
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