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Weber's principles are once again detailed by Nikolay Basov and Alexander Prokhorov from Lebedev Institute of Physics at an All-Union Conference on Radio-Spectroscopy held by the USSR of Academy of Sciences.
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The principles behind the maser are first detailed by Joseph Weber (From the University of Maryland, College Park) at the Electron Tube Research Conference in Ottawa.
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A summary is posted in Transactions of the Institute of Radio Engineers Professional Group on Electron Devices later in June.
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Charles H. Townes, James P. Gordon, and H. J. Zeiger build the first ammonia maser at Columbia University
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A summary of Nikolay Basov and Alexander Prokhorov's talk is published.
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Japanese engineer Jun-ichi Nishizawa proposes concept of a "semiconductor optical maser" in a patent application.
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Bell Labs files a patent for a proposed optical maser, alongside the publication of the theoretical calculations of said device in "Physical Review."
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Gordon Gould files a patent application for his laser idea, which is denied by the United States Patent and Trademark Office and instead awarded to Bell Labs. This begins a 28 year lawsuit. Gould eventually won his first major patent in the form of an optically pumped and gas discharge lasers.
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Using Townes' ammonia maser, Theodore H. Maiman builds the first working model of an optical maser, or laser.
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Iranian physicist Ali Javan, along with William R. Bennet and Donald R. Harriott, constructed and operated the first gas laser. It used helium and neon to create a continuous beam of infrared light. Javan would later recieve and Albert Einstein World Award of Science in 1993.
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Theodore H. Maiman operates the first ever functioning laser at Hughes Laboritories in Malibu, California. He was ahead of many teams, including Townes at Columbia University, Arthur L. Schawlow at Bell Labs, and Gould at the Technical Research Group company. This laser emitted a laser using a synthetic ruby crystal to make red laser light. Although it was only able to produce a strobe light due to its inner mechanism.
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Based on a proposition from Basov and Javan, Robert N. Hall would demonstrate the first laser diode, made of gallium arsenide. It emitted a laser in the near-infrared wavelength.
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Based on the semiconductor laser model by Nick Holonyak Jr. in 1962, Zhores Alferov (USSR), Izuo Hayashi, and Morton Panish (Bell Labs) would make the first semiconductor laser that would produce a continuous beam, alongside it no longer having to be cooled by liquid nitrogen, instead being able to be operated at room temperature.