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Rick Lytel
Rick Lytel
Adjunct Professor of Physics, Washington State University
Verified email at wsu.edu
Title
Cited by
Cited by
Year
Do axions exist?
TW Donnelly, SJ Freedman, RS Lytel, RD Peccei, M Schwartz
Physical Review D 18 (5), 1607, 1978
3451978
20 GHz electro‐optic polymer Mach–Zehnder modulator
DG Girton, SL Kwiatkowski, GF Lipscomb, RS Lytel
Applied physics letters 58 (16), 1730-1732, 1991
3061991
Thermal stability of electro‐optic response in poled polyimide systems
JW Wu, JF Valley, S Ermer, ES Binkley, JT Kenney, GF Lipscomb, R Lytel
Applied physics letters 58 (3), 225-227, 1991
2851991
Poled electro‐optic waveguide formation in thin‐film organic media
JI Thackara, GF Lipscomb, MA Stiller, AJ Ticknor, R Lytel
Applied physics letters 52 (13), 1031-1033, 1988
2541988
Optical interconnects: out of the box forever?
D Huang, T Sze, A Landin, R Lytel, HL Davidson
IEEE Journal of Selected Topics in Quantum Electronics 9 (2), 614-623, 2003
1592003
DCM‐polyimide system for triple‐stack poled polymer electro‐optic devices
S Ermer, JF Valley, R Lytel, GF Lipscomb, TE Van Eck, DG Girton
Applied physics letters 61 (19), 2272-2274, 1992
1191992
Complementary optical tap fabricated in an electro‐optic polymer waveguide
TE Van Eck, AJ Ticknor, RS Lytel, GF Lipscomb
Applied physics letters 58 (15), 1588-1590, 1991
1071991
Thermoplasticity and parallel‐plate poling of electro‐optic polyimide host thin films
JF Valley, JW Wu, S Ermer, M Stiller, ES Binkley, JT Kenney, ...
Applied physics letters 60 (2), 160-162, 1992
981992
Highly thermally stable electro‐optic response in poled guest‐host polyimide systems cured at 360 C
JW Wu, ES Binkley, JT Kenney, R Lytel, AF Garito
Journal of applied physics 69 (10), 7366-7368, 1991
951991
Research on nonlinear optical materials: an assessment
DH Auston, AA Ballman, P Bhattacharya, GJ Bjorklund, C Bowden, ...
Applied optics 26 (2), 211-211, 1987
831987
Developments in organic electro-optic devices at Lockheed
GF Lipscomb, RS Lytel, AJ Ticknor, TE Van Eck, SL Kwiatkowski, ...
Nonlinear Optical Properties of Organic Materials III 1337, 23-34, 1990
651990
Weak-isospin breaking and higher-order corrections
RS Lytel
Physical Review D 22 (2), 505, 1980
621980
Optical interconnections within modern high-performance computing systems
R Lytel, HL Davidson, N Nettleton, T Sze
Proceedings of the IEEE 88 (6), 758-763, 2000
482000
Chemical imidization for enhanced thermal stability of poled electro‐optic response in polyimide guest‐host systems
JW Wu, JF Valley, S Ermer, ES Binkley, JT Kenney, R Lytel
Applied physics letters 59 (18), 2213-2215, 1991
481991
Applications of electro-optic polymers to integrated optics
RS Lytel
Nonlinear Optical Materials and Devices For Photonic Switching 1216, 30-40, 1990
451990
Optical multistability in collinear degenerate four-wave mixing
R Lytel
JOSA B 1 (1), 91-94, 1984
401984
Nonlinear Optical Effects in Organic Polymers
R Lytel, GF Libscomb, M Stiller, JI Thackara, AJ Ticknor
Kluwer Academic Publishers, Dordrecht, The Netherlands, 1989
351989
Electro-optic polymers for optical interconnects
RS Lytel, GF Lipscomb, ES Binkley, JT Kenney, AJ Ticknor
Digital Optical Computing II 1215, 252-262, 1990
311990
Influence of geometry and topology of quantum graphs on their nonlinear optical properties
R Lytel, S Shafei, JH Smith, MG Kuzyk
Physical Review A 87 (4), 043824, 2013
302013
VI. Organic and polymeric materials
GJ Bjorklund, RW Boyd, G Garter, AF Garito, RS Lytel, GR Meredith, ...
Applied Optics 26 (2), 227-231, 1987
291987
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