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O. B. Wright initially specialized in low temperature solid state physics. During his PhD course he published a detailed account of the thermoelastic effect in glasses at low temperatures—a modern version of a rubber band experiment in which the temperature change of the band is monitored on stretching.
After obtaining an industrial post he concentrated on applications of optics in sensor physics, in particular specializing in the use of ultrashort optical pulses for generating and detecting picosecond acoustic phonon pulses in thin films and multilayers. He developed a related phonon pulse detection technique based on the measurement of picosecond surface motion. With this technique he demonstrated how ultrafast electron diffusion could be probed in metals, and he contributed to the development of a theory of this diffusion, establishing an analytical relationship between the electron energy relaxation time and the electron-phonon and electron-electron coupling strengths.
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论文共 234 篇作者统计合作学者相似作者
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Nanophotonicsno. 4 (2023): 659-686
PHYSICAL REVIEW APPLIEDno. 3 (2023)
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PHOTOACOUSTICS (2023): 100567-100567
Photoacoustics (2023): 100566-100566
Photoacoustics (2023): 100486-100486
PHYSICAL REVIEW Bno. 14 (2023)
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P H Otsuka, R Chinbe, M Tomoda,O Matsuda, Y Tanaka,D M Profunser,S Kim,H Jeon,I A Veres,A A Maznev,O B Wright
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Photoacoustics (2023): 100471-100471
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