J. Richard Fisher

James Richard Fisher (born December 10, 1943) is a scientist at the National Radio Astronomy Observatory at Charlottesville, Virginia. He received his Ph.D. in Astronomy in 1972 from the University of Maryland, College Park and his B.S. in Physics in 1965 from the Pennsylvania State University, University Park.

James Richard Fisher
Born (1943-12-10) December 10, 1943
Pittsburgh, Pennsylvania
OccupationAstronomer, NRAO
Known forTully-Fisher relation

Early Childhood

Rick was born in Pittsburgh, Pennsylvania and, at the age of 4, moved with his family to a small farm near Reynoldsville, PA where he attended Sandy Valley Elementary School, West Side Elementary School, and Reynoldsville High School where he graduated in 1961. As a boy he was interested in amateur radio and astronomy which he combined into a career in radio astronomy.

Education and Research

His PhD thesis was supervised by William C. Erickson and concerned the design and prototyping for an array at the Clark Lake Radio Observatory. Much of Fisher's career has involved radio astronomy instrumentation, including telescope feed design, radio frequency interference mitigation, and signal processing. He joined NRAO in 1972 at the Green Bank, West Virginia site. He was part of the team that conceived and designed the 100-meter Green Bank Telescope there. He moved to the Central Development Lab at the Charlottesville NRAO headquarters in 2005, where he retired in 2012 but continues to be active in instrumentation projects.

In 1978 through 1980 he spent 18 months at the Radiophysics Laboratory of CSIRO in Sydney, Australia, and on the return trip spent 2 months at the Raman Research Institute in Bangalore, India.

Along with R. Brent Tully, he proposed the Tully-Fisher relation, a correlation between the luminosity of a galaxy and the width of emission lines in its spectrum.[1]

gollark: Hmm, I should probably have asked before, what information can they access? What kind of error rate?
gollark: What kind of hardware do you need to run yes/no questions against arbitrary spirits? How fast do they operate?
gollark: Well, you could easily get around that by only asking very accurately specified questions. In bulk, probably, with some spirits being assigned the same one in case of errors.
gollark: What's the actual difference between "good" and "bad" ones? Do the bad ones answer questions wrong more often?
gollark: I see. Inconvenient.

References
  1. A New Method of Determining Distances to Galaxies, Astronomy and Astrophysics, Vol. 54, No. 3, February 1977


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