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However, he encouraged Farnsworth to pursue fusion for peaceful purposes and requested Farnsworth contact him once he worked out the mathematics. Reportedly, Einstein had developed similar theories, but was dismayed by the use of his work in developing the atomic bomb and decided not to share them. After discussing scientific theories for about an hour, Pem recalled: “Phil reappeared, his face aglow from the excitement of finding someone who understood what he was talking about.” Hoping to usher in the “high-energy era,” Pem said that a mutual friend set up a phone call between Philo and Albert Einstein in 1947.
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The company stayed in Fort Wayne, but Farnsworth’s main post-war research interests centered around developing a low-cost form of fusion. In 1938, his investors scoured the nation for a manufacturing plant that would allow them to profit from Farnsworth’s invention.Īfter the war, Farnsworth’s company struggled to repay war loans and reluctantly convinced investors to sell FTRC to International Telephone and Telegraph (ITT).
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But transforming his historic achievement into a commercial product involved years of financial and legal struggle. Farnsworth changed the world forever in 1927 when he transmitted the first “electronic television image” at his San Francisco laboratory. It was television, however, that first brought the Utah native to Indiana. Farnsworth, who conceived of the idea for television while plowing fields as a teenager, was certainly capable of cracking the fusion code. If harnessed, a tiny amount of fusion, which generates the sun and stars, could power an entire city without the pollution of fossil fuels. Farnsworth bottle a star in his Fort Wayne basement laboratory on Pontiac Street? It is possible that in the 1960s the inventor of television achieved what still eludes scientists: self-sustaining fusion.
Frilo franswoth tv#
(file photo)Īn AM/FM phonograph and TV with the Capehart name, produced by Farnsworth. The simulated problem was part of the plant’s electronic analog computer demonstration. Here, an Air force colonel tries (and fails) to dodge a guided missile as he pilots a supersonic bomber. The security curtain is briefly lifted July 11, 1957, at Farnsworth Electronics Co., for an open house celebrating completion of a $1 million expansion of its research and development laboratories and plans for a $3 million plant on the old Camp Scott site. At left, a cameraman was operating a standard television camera. The Farnsworth experimental television station had been on the air for some time by November 1947, with company technicians putting on live shows in the experimental theater. The worker at the right front was adjusting a cathode ray tube. This picture shows the television set assembly line in November 1947. Products manufactured here included television receivers, industrial television equipment, electronic tubes, record changers, two-way mobile communications equipment and railroad passenger entertainment systems. In 1947, the Farnsworth headquarters here included research and engineering activities and administration. (file photo)įarnsworth Television Inc., the realization of the dreams of Philo T. This museum piece, with its small screen, was built shortly after the end of World War II as commercial production of sets started stepping up. Farnsworth, inventor of electronic television and vice president and technical consultant for the Farnsworth Electronics Co., shows off one of the early television sets produced by his company in Fort Wayne.