Systems and methods for controlling light phase difference in interferometric waveguides at near field transducers A Krichevsky, S Sochava, ML Mallary
US Patent 8,675,455, 2014
171 2014 1.6 Tbps silicon photonics integrated circuit and 800 Gbps photonic engine for switch co-packaging demonstration S Fathololoumi, D Hui, S Jadhav, J Chen, K Nguyen, MN Sakib, Z Li, ...
Journal of Lightwave Technology 39 (4), 1155-1161, 2020
114 2020 Magnetic force microscopy study of magnetic stripe domains in sputter deposited Permalloy thin films N Amos, R Fernandez, R Ikkawi, B Lee, A Lavrenov, A Krichevsky, ...
Journal of applied physics 103 (7), 2008
91 2008 Disk drive adjusting fly height actuator to compensate for laser induced head protrusion in heat assisted magnetic recording A Krichevsky, D Guarisco
US Patent 8,619,508, 2013
77 2013 Heat assisted magnetic recording with interlaced high-power heated and low-power heated tracks A Krichevsky, Western Digital Technologies, Inc.
US Patent 9,099,103, 2015
62 2015 Near-field optical transducer for heat-assisted magnetic recording for beyond-10-Tbit/in2 densities R Ikkawi, N Amos, A Lavrenov, A Krichevsky, D Teweldebrhan, S Ghosh, ...
Journal of nanoelectronics and optoelectronics 3 (1), 44-54, 2008
57 2008 Magnetization dynamics of interacting iron nanocrystals in Si O 2 KS Buchanan, A Krichevsky, MR Freeman, A Meldrum
Physical Review B 70 (17), 174436, 2004
33 2004 Trapping motile magnetotactic bacteria with a magnetic recording head A Krichevsky, MJ Smith, LJ Whitman, MB Johnson, TW Clinton, LL Perry, ...
Journal of applied physics 101 (1), 2007
25 2007 Optical and thermal analysis of the light-heat conversion process employing an antenna-based hybrid plasmonic waveguide for HAMR N Abadía, F Bello, C Zhong, P Flanigan, DM McCloskey, C Wolf, ...
Optics Express 26 (2), 1752-1765, 2018
22 2018 Method and system for reducing undesirable reflections in a HAMR write apparatus A Krichevsky, CB Wolf, FD Bello, KE Ballantine, J Donegan, ...
US Patent 9,484,051, 2016
19 2016 Nanolasers to enable data storage beyond 10Tbit∕ in. 2 R Ikkawi, N Amos, A Krichevsky, R Chomko, D Litvinov, S Khizroev
Applied physics letters 91 (15), 2007
17 2007 Architecture for metal-insulator-metal near-field transducer for heat-assisted magnetic recording A Krichevsky, F Bello, C Wolf, F Zong, D Wolf, D McCloskey, K Ballantine, ...
US Patent 10,249,336, 2019
16 * 2019 Spectrum and thermodynamic currents in one dimensional Josephson elements A Krichevsky, M Schechter, Y Imry, Y Levinson
Physical Review B 61 (5), 3723-3733, 2000
16 2000 Energy assisted magnetic recording disk drive using modulated laser light A Krichevsky, ML Mallary, F Zong
US Patent 8,891,341, 2014
14 2014 Precessional switching of a A Krichevsky, MR Freeman
Journal of applied physics 95 (11), 6601-6603, 2004
14 2004 Noise imaging using magneto-optical sampling techniques MR Freeman, GM Steeves, GE Ballentine, A Krichevsky
Journal of applied physics 91 (10), 7326-7330, 2002
12 2002 Multilevel three-dimensional nanomagnetic recording N Amos, R Ikkawi, A Krichevsky, R Fernandez, E Stefanescu, I Dumer, ...
Journal of Nanoelectronics and Optoelectronics 2 (3), 257-268, 2007
9 2007 Time-resolved Kerr measurements of magnetization switching in a crossed-wire ferromagnetic memory element S Zelakiewicz, A Krichevsky, M Johnson, MR Freeman
Journal of applied physics 91 (10), 7331-7333, 2002
8 2002 Optical, thermal, and bit-writing analysis of a directly coupled plasmonic waveguide for heat-assisted magnetic recording F Bello, D Wolf, GJ Parker, C Wolf, A Krichevsky, F Zong, N Abadía, ...
OSA Continuum 3 (8), 2010-2021, 2020
6 2020 Method and system for providing an energy assisted magnetic recording disk drive using a pulsed laser light A Krichevsky
US Patent 8,908,480, 2014
6 2014 
Mark FreemanDepartment of Physics, University of Albertaبريد إلكتروني تم التحقق منه على ualberta.ca
