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Atomic and Laser Physics
Credit: Jack Hobhouse

Kenneth Hughes

Postdoctoral Research Assistant

Sub department

  • Atomic and Laser Physics
kenneth.hughes@physics.ox.ac.uk
Clarendon Laboratory, room Old library
  • About
  • Publications

Centralized design and production of the ultra-high vacuum and laser-stabilization systems for the AION ultra-cold strontium laboratories

AVS Quantum Science American Vacuum Society 6:1 (2024) 014409

Authors:

B Stray, O Ennis, S Hedges, S Dey, M Langlois, K Bongs, S Lellouch, M Holynski, B Bostwick, J Chen, Z Eyler, V Gibson, TL Harte, CC Hsu, M Karzazi, J Mitchell, N Mouelle, U Schneider, Y Tang, K Tkalcec, Y Zhi, K Clarke, A Vick, K Bridges, J Coleman, G Elertas, L Hawkins, S Hindley, K Hussain, C Metelko, H Throssell, CFA Baynham, O Buchmüller, D Evans, R Hobson, L Iannizzotto-Venezze, A Josset, E Pasatembou, BE Sauer, MR Tarbutt, L Badurina, A Beniwal, D Blas, J Carlton, J Ellis, C McCabe, E Bentine, M Booth, D Bortoletto, C Foot, CM Gómez-Monedero Castellanos, T Hird, K Hughes, A James, A Lowe, J March-Russell, J Schelfhout, I Shipsey, D Weatherill, D Wood, S Balashov, MG Bason, J Boehm, M Courthold, M van der Grinten, P Majewski, AL Marchant, D Newbold, Z Pan, Z Tam, T Valenzuela, I Wilmut
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Increasing the two-photon photocurrent saturation limit in a quantum ratchet intermediate band solar cell

Applied Physics Letters AIP Publishing 124:1 (2024) 013904

Authors:

Kenneth M Hughes, Megumi Ito, Anthony Vaquero-Stainer, Nicholas J Ekins-Daukes, Chris C Phillips
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Centralised Design and Production of the Ultra-High Vacuum and Laser-Stabilisation Systems for the AION Ultra-Cold Strontium Laboratories

(2023)

Authors:

B Stray, O Ennis, S Hedges, S Dey, M Langlois, K Bongs, S Lellouch, M Holynski, B Bostwick, J Chen, Z Eyler, V Gibson, TL Harte, M Hsu, M Karzazi, J Mitchell, N Mouelle, U Schneider, Y Tang, K Tkalcec, Y Zhi, K Clarke, A Vick, K Bridges, J Coleman, G Elertas, L Hawkins, S Hindley, K Hussain, C Metelko, H Throssell, CFA Baynham, O Buchmuller, D Evans, R Hobson, L Iannizzotto-Venezze, A Josset, E Pasatembou, BE Sauer, MR Tarbutt, L Badurina, A Beniwal, D Blas, J Carlton, J Ellis, C McCabe, E Bentine, M Booth, D Bortoletto, C Foot, C Gomez, T Hird, K Hughes, A James, A Lowe, J March-Russell, J Schelfhout, I Shipsey, D Weatherill, D Wood, S Balashov, MG Bason, J Boehm, M Courthold, M van der Grinten, P Majewski, AL Marchant, D Newbold, Z Pan, Z Tam, T Valenzuela, I Wilmut
More details from the publisher
Details from ArXiV

Room Temperature Operation of a Quantum Ratchet Intermediate Band Solar Cell

Solar RRL Wiley 7:9 (2023)

Authors:

Kenneth M Hughes, Megumi Ito, Anthony Vaquero-Stainer, Nicholas J Ekins Daukes, Chris C Phillips
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Magnetic and electronic structure of the layered rare-earth pnictide EuCd2Sb2

Physical Review B American Physical Society 98 (2018) 064419

Authors:

Jian Soh, C Donnerer, KM Hughes, E Schierle, E Weschke, Dharmalingam Prabhakaran, Andrew Boothroyd

Abstract:

Resonant elastic X-ray scattering (REXS) at the Eu M5 edge reveals an antiferromagnetic structure in layered EuCd2Sb2 at temperatures below TN = 7.4 K with a magnetic propagation vector of (0, 0, 1/2) and spins in the basal plane. Magneto-transport and REXS measurements with an in-plane magnetic field show that features in the magnetoresistance are correlated with changes in the magnetic structure induced by the field. Ab initio electronic structure calculations predict that the observed spin structure gives rise to a gapped Dirac point close to the Fermi level with a gap of ∆E ∼ 0.01 eV. The results of this study indicate that the Eu spins are coupled to conduction electron states near the Dirac point.
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