John Stuart Foster Explained

John Stuart Foster
Birth Date:30 May 1890
Birth Place:Clarence, Nova Scotia, Canada
Death Place:Berkeley, California, United States
Fields:Physics
Workplaces:McGill University
Alma Mater:Yale University
Doctoral Advisor:Leigh Page
Henry Andrews Bumstead[1]
Doctoral Students:Mary Laura Chalk Rowles
Awards:Henry Marshall Tory Medal
Fellow of the Royal Society[2]

John Stuart Foster (May 30, 1890  - September 9, 1964) was a Canadian physicist.[2] [3]

Biography

Born in Clarence, Nova Scotia, he completed his Ph.D. at Yale University with a dissertation on the first measurements of the Stark effect in Helium. In 1924 he gained an appointment as assistant professor at McGill University in Montreal, where he taught physics. He became associate professor in 1930.

During World War II he served as a liaison officer for the National Research Council, working at the MIT-run Radiation Laboratory on radar research and development. He developed a fast-scan radar antenna that became known as the "Foster scanner".

He returned to McGill in 1944, where he directed the construction of a 100-MeV cyclotron. This instrument was commissioned in 1949. At the time this was the second largest in the world. From 1952 until 1954 he was chairman of the physics department at McGill. He died in Berkeley, California.

Legacy

The John Stuart Foster Radiation Laboratory and Cyclotron at McGill was named after him in 1964 and this is engraved on the side of the building now known as the M. H. Wong Building.

His son, John Stuart Foster Jr., graduated from the University of California in 1948, then became director of the Lawrence Livermore National Laboratory, director of Defense Research and Engineering for the U.S. Defense Department, and Vice President of T.R.W., Inc.

Awards and honors

External links

Notes and References

  1. http://books.nap.edu/html/biomems/hbumstead.pdf
  2. Bell . R. E. . 10.1098/rsbm.1966.0006 . John Stuart Foster 1890-1964 . . 12 . 146–161. 1966 . free .
  3. 10.1063/1.3047133 . John S. Foster . Physics Today . 18 . 155 . 1965 .