Andrey Krysa

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Luke R WilsonSheffieldAdresse e-mail validée de sheffield.ac.uk
Dmitry RevinThe University of SheffieldAdresse e-mail validée de sheffield.ac.uk
JPR DavidUniversity of SheffieldAdresse e-mail validée de sheffield.ac.uk
M S SkolnickProfessor of Physics, University of SheffieldAdresse e-mail validée de sheffield.ac.uk
Andrew ShieldsToshiba Europe LtdAdresse e-mail validée de crl.toshiba.co.uk
Jan HuwerSenior Research Scientist, Toshiba Europe LtdAdresse e-mail validée de crl.toshiba.co.uk
Alexander TartakovskiiProfessor of Solid State Physics, University of SheffieldAdresse e-mail validée de sheffield.ac.uk
R Mark StevensonToshiba Europe LimitedAdresse e-mail validée de crl.toshiba.co.uk
David A RitchieUniversity of Cambridge and Swansea UniversityAdresse e-mail validée de cam.ac.uk
Jo Shien NgProfessor of Semiconductor Devices, University of SheffieldAdresse e-mail validée de sheffield.ac.uk
Evgeny ChekhovichSenior Lecturer at the University of Sussex, UKAdresse e-mail validée de sussex.ac.uk
Kenneth KennedyKing Abdullah University of Science and TechnologyAdresse e-mail validée de kaust.edu.sa
Tina MüllerToshiba Research Europe LtdAdresse e-mail validée de crl.toshiba.co.uk
Gottfried StrasserProfessor Materials Engineering for Nanoelectronics, TU WienAdresse e-mail validée de tuwien.ac.at
Mark HopkinsonUniversity of SheffieldAdresse e-mail validée de sheffield.ac.uk
Grammatiki LioliouUniversity College LondonAdresse e-mail validée de ucl.ac.uk
SILVIA BUTERAUniversity of SussexAdresse e-mail validée de sussex.ac.uk
Robert J AireyResearch Associate in Electronic EngineeringAdresse e-mail validée de sheffield.ac.uk
Alwyn SeedsUniversity College LondonAdresse e-mail validée de ucl.ac.uk
Chee Hing TanThe University Of SheffieldAdresse e-mail validée de sheffield.ac.uk

Suivre

Andrey Krysa

Senior Research Fellow, University of Sheffield

Adresse e-mail validée de sheffield.ac.uk

epitaxy semiconductors optoelectronics quantum dots quantum cascade lasers


Titre Trier par citations Trier par année Trier par titre	Citée par Citée par	Année
Design and performance of an InGaAs-InP single-photon avalanche diode detector S Pellegrini, RE Warburton, LJJ Tan, JS Ng, AB Krysa, K Groom, ... IEEE Journal of Quantum Electronics 42 (4), 397 - 403, 2006	185	2006
A quantum light-emitting diode for the standard telecom window around 1550 nm T Müller, J Skiba-Szymanska, AB Krysa, J Huwer, M Felle, M Anderson, ... Nature Communications 9, 862, 2018	183	2018
InGaAs∕ AlAsSb∕ InP quantum cascade lasers operating at wavelengths close to 3μm DG Revin, JW Cockburn, MJ Steer, RJ Airey, M Hopkinson, AB Krysa, ... Applied Physics Letters 90 (2), 2007	145	2007
Direct Measurement of the Hole-Nuclear Spin Interaction in Single Quantum <?format ?>Dots Using Photoluminescence Spectroscopy EA Chekhovich, AB Krysa, MS Skolnick, AI Tartakovskii Physical review letters 106 (2), 027402, 2011	132	2011
Tunable ultraviolet output from an intracavity frequency-doubled red vertical-external-cavity surface-emitting laser JE Hastie, LG Morton, AJ Kemp, MD Dawson, AB Krysa, JS Roberts Applied Physics Letters 89 (6), 2006	125	2006
Element-sensitive measurement of the hole–nuclear spin interaction in quantum dots EA Chekhovich, MM Glazov, AB Krysa, M Hopkinson, P Senellart, ... Nature Physics 9 (2), 74-78, 2013	115	2013
Pumping of nuclear spins by optical excitation of spin-forbidden transitions in a quantum dot EA Chekhovich, MN Makhonin, KV Kavokin, AB Krysa, MS Skolnick, ... Physical review letters 104 (6), 066804, 2010	102	2010
Structural analysis of strained quantum dots using nuclear magnetic resonance EA Chekhovich, KV Kavokin, J Puebla, AB Krysa, M Hopkinson, ... Nature nanotechnology 7 (10), 646-650, 2012	101	2012
Quantum teleportation using highly coherent emission from telecom C-band quantum dots M Anderson, T Müller, J Huwer, J Skiba-Szymanska, AB Krysa, ... npj Quantum Information 6 (1), 1-7, 2020	88	2020
Universal Growth Scheme for Quantum Dots with Low Fine-Structure Splitting at Various Emission Wavelengths J Skiba-Szymanska, RM Stevenson, C Varnava, M Felle, J Huwer, ... Physical Review Applied 8, 014013, 2017	87	2017
Single-mode surface-emitting quantum-cascade lasers C Pflügl, M Austerer, W Schrenk, S Golka, G Strasser, RP Green, ... Applied Physics Letters 86 (21), 2005	85	2005
λ∼ 3.1 μm room temperature InGaAs/AlAsSb/InP quantum cascade lasers SY Zhang, DG Revin, JW Cockburn, K Kennedy, AB Krysa, M Hopkinson Applied Physics Letters 94 (3), 2009	79	2009
Femtosecond Alexandrite laser passively mode-locked by InP/InGaP quantum-dot saturable absorber S GHANBARI, KA FEDOROVA, AB KRYSA, EU RAFAILOV, A MAJOR Optics Letters 43 (2), 232-234, 2018	64	2018
Temperature dependence of leakage current in InAs avalanche photodiodes PJ Ker, ARJ Marshall, AB Krysa, JPR David, CH Tan IEEE Journal of quantum electronics 47 (8), 1123-1128, 2011	60	2011
InAs thermophotovoltaic cells with high quantum efficiency for waste heat recovery applications below 1000 C Q Lu, X Zhou, A Krysa, A Marshall, P Carrington, CH Tan, A Krier Solar Energy Materials and Solar Cells 179, 334-338, 2018	59	2018
MOVPE-grown quantum cascade lasers operating at∼ 9 μm wavelength AB Krysa, JS Roberts, RP Green, LR Wilson, H Page, M Garcia, ... Journal of Crystal Growth 272 (1-4), 682-685, 2004	59	2004
High speed InAs electron avalanche photodiodes overcome the conventional gain-bandwidth product limit ARJ Marshall, PJ Ker, A Krysa, JPR David, CH Tan Optics express 19 (23), 23341-23349, 2011	56	2011
Homogeneous array of nanowire-embedded quantum light emitters MN Makhonin, AP Foster, AB Krysa, PW Fry, DG Davies, T Grange, ... Nano letters 13 (3), 861-865, 2013	54	2013
Coherence in single photon emission from droplet epitaxy and Stranski–Krastanov quantum dots in the telecom C-band M Anderson, T Müller, J Skiba-Szymanska, AB Krysa, J Huwer, ... Applied Physics Letters 118 (1), 014003, 2021	51	2021
InP/AlGaInP quantum dot semiconductor disk lasers for CW TEM₀₀ emission at 716 – 755 nm PJ Schlosser, JE Hastie, S Calvez, AB Krysa, MD Dawson Optics Express 17 (24), 21782-21787, 2009	50	2009

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