Burton Edelson

Burton I. Edelson (July 31, 1926 – January 6, 2002) was, for 20 years, a United States Navy Officer involved in advanced research and space science, a leader in developing satellite communications at COMSAT, and a leader of NASA's Space Science and Applications during the 1980s. His publications are held in libraries worldwide.[1]

Burton I. Edelson
Born(1926-07-31)July 31, 1926
New York, New York, US
DiedJanuary 6, 2002(2002-01-06) (aged 75)
New York, New York, US
Alma mater
Spouse(s)Betty Good Edelson
Children3 sons
Awards

He was a driving force in supporting the Hubble Telescope, the Halley's Comet Intercept, and in international technical collaboration.

Early years

Edelson was born July 31, 1926 in New York City to Samuel Edelson and Margaret Raff Edelson.[2] He had a younger brother, Kenneth Joseph Edelson. Because of the Depression, the family moved in 1931 to East Lansing, Michigan. Samuel Edelson had bought the store out of bankruptcy from Fields, his former employer. Burton Edelson graduated in 1944 from East Lansing High School and received an appointment to the United States Naval Academy. He graduated in June 1947 as part of the USNA Class of 1948A.[lower-alpha 1][2]

After graduation, Edelson spent four years in the Pacific Fleet. He served on destroyers and minesweepers in San Diego, Pearl Harbor, San Francisco, and Shanghai. In 1951, Edelson attended the Naval Postgraduate School first in Annapolis and then in Monterey, California. He continued his studies via the Office of Naval Research at Yale University, off and on. He received a PhD in Metallurgy in 1960. He served in Norfolk, Virginia from 1954 to 1955 and in the Cleveland, Ohio ship building yards from 1955 to 1959. After moving to Washington, D.C. in 1959, he was assigned to the White House Space Council as a Navy Liaison. In 1965, he moved to the London Office of Naval Research where his responsibilities focused on technology exchange as part of NATO. He specialized in advanced communications.[2]

Communications satellite research and development years

Dr. Edelson retired as a Commander in 1968 and worked at Comsat from 1969 to 1982. He was hired as the Assistant Director to Bill Pritchard for Comsat Labs that were opened in 1969. In 1973, he became the director of Comsat Labs where he directed advanced research in digital communications, satellite communications, compression technologies, maritime communications, teleports.[2]

Dr. Edelson was a cofounder in 1971 of Digital Communications Corporation (DCC) with John Puente, Andy Werth, Gene Gabbard, and four others. The eight founders each contributed $5,000. As digital communications and technology company founders, they were ahead of their time and had trouble securing financial support. Eventually, Dr. Tadahiro Sekimoto of NEC agreed to invest one million dollars in DCC. DCC later merged with Microwave Associates, becoming MA/COM MACOM Technology Solutions which was listed on the New York Stock Exchange. DCC was eventually sold and became Hughes Communications.

NASA space science and applications years

In 1982, Dr. Burton Edelson was appointed by President Reagan as Associate Administrator for Space, Science, and Applications.[3] At NASA, he championed international cooperation, advanced scientific research, and unmanned spaceflight. He played a leading role in the Mars exploration missions and the Hubble Space Telescope,[3] and was associated with other programs such as the Advanced Communications Technology Satellite (ACTS), the Cosmic Background Explorer satellite program, the Halley's Comet Intercept,[3] as well as Mission to Planet Earth,[4][5][6] Search for Extraterrestrial Life, and Outer Planet Research. "When he came to NASA, the space science budget was at a low," said Neil Helm, deputy director of George Washington University's Institute for Applied Space Research, which Edelson founded after retiring from NASA in 1987. "But he managed to increase the budget significantly, and established a number of programs that helped reinvigorate space science at NASA."[3] "There had been some talk about the Hubble telescope project at NASA before he got there, but he was the one that really got it going."[3] AT NASA, Edelson pursued the research related to the hole in the ozone layer in the 1980s which resulted in the banning of certain chemicals in aerosols.[7]

Educational Achievements: After the Founder's conference for the International Space University held at M.I.T. in April 1987, Dr. Edelson played a critical role in getting seed grants both from NASA and the European Space Agency that allowed the formal creation of the International Space University in 1988. Since the holding of this first session of the International Space University at M.I.T. in summer of 1988, the I.S.U. has graduated many thousands of students from over 100 nations around the world in its space studies program and Masters of Space Studies degree program and created its permanent global campus in Strasbourg, France.

After retiring from NASA, Edelson directed research and development projects in satellite communications at George Washington University until his death in 2002.[3]

Publications

Edelson wrote more than 75 scholarly articles in technical publications including articles for Science[8] and Scientific American[9] on the subject of advanced satellite communications.

Recognition and awards

Edelson received the following awards:

Family and personal life

Burton Edelson was married for 49 years to Betty Good Edelson of Havre de Grace, Maryland. He had three sons: Stephen Edelson, John Edelson, and Daniel Edelson.[3] He was a lifelong player of the clarinet and saxophone as well as tennis.Burton and Betty [12] are buried together in Arlington National Cemetery.[13]

Notes
  1. Apparently, during WWII, the education was accelerated to three years, but as the war ended, they split the class, with some students finishing in three years, others taking the full four year program.
gollark: .
gollark: Yes, fixing an object in place is quite hard, I guess
gollark: Now, anyway.
gollark: It does.
gollark: Since it seems to have a bunch of holo functions prefixed by "holo" instead of holo.whatever it doesn't look moduleful.

References
  1. "Edelson, Burton I." worldcat.or. Retrieved August 27, 2016.
  2. A Life Well Lived: An Oral History of Burton I Edelson. Privately published. March 6, 2001.
  3. "Obituary:Burton I. Edelson Dies at 75; NASA Space Science Leader". New York Times. Retrieved August 22, 2016.
  4. Lambright, W. Henry (2007). Dick, Steven J. (ed.). NASA and the Environment: Science in a Political Context (PDF). Government Printing Office. p. 317. ISBN 9780160867170. Retrieved August 22, 2016.
  5. Logsdon, John M. (ed.). "Letter from Burton I. Edelson, Associate Administrator for Space Science and Applications, to Herbert Friedman, National Research Council, 4 May 1984" (PDF). Exploring the Unknown:Selected Documents in the History of the U.S. Civil Space Program, Volume VI:Space and Earth Science. p. 504. Retrieved August 22, 2016.
  6. Logsdon, John M. (ed.). "B. I. Edelson, Associate Administrator for Space Science and Applications, NASA, "Global Habitability" 24 June 1983" (PDF). Exploring the Unknown:Selected Documents in the History of the U.S. Civil Space Program, Volume VI:Space and Earth Science. p. 507. Retrieved August 22, 2016.
  7. NASA History. Chapter 16. "NASA and the Environment: Science in a Political Context" by W. henry lambright1 Page 318 (PDF)
  8. Edelson, Burton (1985). "Mission to Planet Earth". Science Magazine. Retrieved August 22, 2016.
  9. "Global Satellite Communications". Scientific American. 7 February 1977. Retrieved August 22, 2016.
  10. "Medalists by year". Yale Alumni Association. 1984. Retrieved August 22, 2016.
  11. "Winners of the Sir Arthur Clarke Awards 2015". July 17, 2015. Retrieved August 22, 2016.
  12. Edelson, Betty. "Betty Edelson obituary at Legacy". legacy.
  13. "Burton I. Edelson". Retrieved June 1, 2020.

Other sources
  • "Death of Burt Edelson Highlights his NASA Legacy" (Press release). NASA. January 9, 2002. Retrieved August 22, 2016. He allowed us to start development of the second Wide-Field/Planetary Camera, which was installed during the first Hubble servicing mission and became the telescope's workhorse scientific instrument.


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