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248:, where he worked on crystal growth, epitaxy, diffusion, lattice defects, junction properties and solar cells. It was during this time that he and Shockley calculated the maximal theoretical efficiency of silicon solar cells to be around 31%. He and his co-worker Richard Finch first identified oxygen-induced stacking faults and achieved the first
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to work on power plants and asked his fiancée to join him. She wanted to return to
Germany, and Hans Joachim was born shortly after their return in 1931, in
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through an apprenticeship program and working as a technician at a research institute in Berlin. However, he instead applied for a scholarship in the
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device. Modifications of the basic design represent practically every LED in existence today. In 1966, he left Bell to become a professor at the
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during the air raid in 1945 and states that he survived "barely". His father was sent to the
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for 1951 and 1952. He returned to
Germany and obtained his Ph.D. in physics at the
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William
Shockley and Hans J. Queisser, "Detailed Balance Limit of Efficiency of
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Officers
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on semiconductors with J. Washburn and G. Thomas at UC Berkeley.
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After graduating in Göttingen, Queisser accepted a job at the
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Members of the German
National Academy of Sciences Leopoldina
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Recipients of the Order of Merit of Baden-WĂĽrttemberg
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193:Queisser was born in Berlin and his father was a
46:Hans-Joachim Queisser in Bonn on January 20, 1995
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217:after the war, and Queisser wanted to enter the
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402:. German Academy of Sciences Leopoldina
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233:in 1958 under the supervision of
466:"Bringing Silicon to the Valley"
302:in 1994. He was a Fellow of the
298:Queisser became a member of the
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449:"The Conquest of the Microchip"
242:Shockley Transistor Corporation
119:Shockley Transistor Corporation
537:University of Göttingen alumni
522:Max Planck Institute directors
482:20th-century German physicists
358:"Oral History of Han Queisser"
201:. In 1928 he travelled to the
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306:. He was president of the
335:. Computer History Museum
304:American Physical Society
246:Mountain View, California
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225:and was accepted to the
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377:Junction Solar Cells",
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183:Shockley–Queisser limit
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102:Shockley–Queisser limit
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34:Hans-Joachim Queisser
272:light emitting diode
259:in 1964, working on
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219:University of Berlin
189:Education and career
147:Horst Ludwig Störmer
88:University of Kansas
84:University of Berlin
195:mechanical engineer
165:(born 6 July 1931,
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294:Honors and awards
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143:Doctoral students
109:Scientific career
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429:. Retrieved
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209:. He was in
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62:July 6, 1931
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339:January 17,
179:solar cells
476:Categories
431:2023-01-06
314:References
58:1931-07-06
288:Stuttgart
257:Bell Labs
80:Education
269:infrared
151:Karl Leo
211:Dresden
199:Siemens
173:) is a
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406:1 June
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Text is available under the Creative Commons Attribution-ShareAlike License. Additional terms may apply.
