Maxim Goryachev

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Michael TobarProfessor of Physics, University of Western AustraliaEmail verificata su uwa.edu.au
Serge GalliouFEMTO-STEmail verificata su femto-st.fr
Eugene IvanovProfessor of PhysicsEmail verificata su uwa.edu.au
Daniel CreedonUniversity of MelbourneEmail verificata su unimelb.edu.au
Ben T. McAllisterUniversity of Western Australia, Swinburne University of TechnologyEmail verificata su uwa.edu.au
Jeremy BourhillResearch Associate, University of Western AustraliaEmail verificata su uwa.edu.au
Pavel BushevResearch Group Leader, FZ JülichEmail verificata su fz-juelich.de
Nikita KostylevResearch Associate, University of Western AustraliaEmail verificata su uwa.edu.au
Yaohui Fan (范耀辉）School of Physics, The University of Western AustraliaEmail verificata su uwa.edu.au
Natália C. CarvalhoPostdoctoral researcher, University of CalgaryEmail verificata su ucalgary.ca
Karim BenmessaiEcole Supérieure des Technologies IndustriellesEmail verificata su epst-annaba.dz
Holger MüllerAssociate Professor of Physics, UC BerkeleyEmail verificata su berkeley.edu
Philipp HaslingerTU WienEmail verificata su univie.ac.at
Joël ImbaudFEMTO-ST Institute Time and Frequecy Dpt.Email verificata su ens2m.fr
Michael HohenseePostdoctoral researcher in physics, University of California, BerkeleyEmail verificata su berkeley.edu
Loïc AndereggHarvard UniversityEmail verificata su physics.harvard.edu
Jerzy KrupkaWarsaw University of Technology, University of Western Australia, NISTEmail verificata su imio.pw.edu.pl
Dr. Nadezhda KukharchykPostDocEmail verificata su wmi.badw.de
Stefan L. DanilishinAssociate Professor of Physics, Maastricht University/NikhefEmail verificata su ligo.org
Stefania CastellettoAssociate Professor RMIT UniversityEmail verificata su rmit.edu.au

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Maxim Goryachev

Department of Physics, University of Western Australia

Email verificata su uwa.edu.au

tests of fundamental physics clocks acoustic resonators low temperatures


Titolo Ordina per citazioni Ordina per anno Ordina per titolo	Citata da Citata da	Anno
High-cooperativity cavity QED with magnons at microwave frequencies M Goryachev, WG Farr, DL Creedon, Y Fan, M Kostylev, ME Tobar Physical Review Applied 2 (5), 054002, 2014	364	2014
The ORGAN experiment: An axion haloscope above 15 GHz BT McAllister, G Flower, EN Ivanov, M Goryachev, J Bourhill, ME Tobar Physics of the dark universe 18, 67-72, 2017	209*	2017
Ultrahigh cooperativity interactions between magnons and resonant photons in a YIG sphere J Bourhill, N Kostylev, M Goryachev, DL Creedon, ME Tobar Physical Review B 93 (14), 144420, 2016	122	2016
Extremely low loss phonon-trapping cryogenic acoustic cavities for future physical experiments S Galliou, M Goryachev, R Bourquin, P Abbé, JP Aubry, ME Tobar Scientific reports 3 (1), 1-6, 2013	100	2013
Extremely low-loss acoustic phonons in a quartz bulk acoustic wave resonator at millikelvin temperature M Goryachev, DL Creedon, EN Ivanov, S Galliou, R Bourquin, ME Tobar Applied Physics Letters 100 (24), 243504, 2012	93	2012
Superstrong coupling of a microwave cavity to yttrium iron garnet magnons N Kostylev, M Goryachev, ME Tobar Applied Physics Letters 108 (6), 062402, 2016	88	2016
Gravitational wave detection with high frequency phonon trapping acoustic cavities M Goryachev, ME Tobar Physical Review D 90 (10), 102005, 2014	82	2014
Ultrasensitive microwave spectroscopy of paramagnetic impurities in sapphire crystals at millikelvin temperatures WG Farr, DL Creedon, M Goryachev, K Benmessai, ME Tobar Physical Review B 88 (22), 224426, 2013	67	2013
Observation of Rayleigh phonon scattering through excitation of extremely high overtones in low-loss cryogenic acoustic cavities for hybrid quantum systems M Goryachev, DL Creedon, S Galliou, ME Tobar Physical Review Letters 111 (8), 085502, 2013	62	2013
Testing the generalized uncertainty principle with macroscopic mechanical oscillators and pendulums PA Bushev, J Bourhill, M Goryachev, N Kukharchyk, E Ivanov, S Galliou, ... Physical Review D 100 (6), 066020, 2019	58*	2019
Three-dimensional cavity quantum electrodynamics with a rare-earth spin ensemble S Probst, A Tkalčec, H Rotzinger, D Rieger, JM Le Floch, M Goryachev, ... Physical Review B 90 (10), 100404, 2014	57	2014
Losses in high quality quartz crystal resonators at cryogenic temperatures S Galliou, J Imbaud, M Goryachev, R Bourquin, P Abbé Applied Physics Letters 98 (9), 091911, 2011	49	2011
Acoustic tests of Lorentz symmetry using quartz oscillators A Lo, P Haslinger, E Mizrachi, L Anderegg, H Müller, M Hohensee, ... Physical Review X 6 (1), 011018, 2016	48	2016
Broadening frequency range of a ferromagnetic axion haloscope with strongly coupled cavity–magnon polaritons G Flower, J Bourhill, M Goryachev, ME Tobar Physics of the Dark Universe 25, 100306, 2019	41	2019
Search for Invisible Axion Dark Matter in the Mass Range C Bartram, T Braine, E Burns, R Cervantes, N Crisosto, N Du, H Korandla, ... Physical review letters 127 (26), 261803, 2021	37	2021
Challenges and opportunities of gravitational-wave searches at MHz to GHz frequencies N Aggarwal, OD Aguiar, A Bauswein, G Cella, S Clesse, AM Cruise, ... Living reviews in relativity 24 (1), 1-74, 2021	37	2021
Experimental implementations of cavity-magnon systems: from ultra strong coupling to applications in precision measurement G Flower, M Goryachev, J Bourhill, ME Tobar New Journal of Physics 21 (9), 095004, 2019	35	2019
Cavity magnon polaritons with lithium ferrite and three-dimensional microwave resonators at millikelvin temperatures M Goryachev, S Watt, J Bourhill, M Kostylev, ME Tobar Physical Review B 97 (15), 155129, 2018	34*	2018
Spin-photon interaction in a cavity with time-reversal symmetry breaking M Goryachev, WG Farr, DL Creedon, ME Tobar Physical Review B 89 (22), 224407, 2014	33	2014
Axion detection with negatively coupled cavity arrays M Goryachev, BT McAllister, ME Tobar Physics Letters A 382 (33), 2199-2204, 2018	30	2018

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