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Trendsetter
A fellowship has been established in the name of Iowa State's first
physics Ph.D.
Looking back on Robert Bowie's life, he seemed to be a step ahead of
everyone else. After receiving a bachelor's degree in chemistry and a
master's degree in physics from Iowa State, Bowie then became the first
individual to earn a Ph.D. in physics from Iowa State. Bowie's wife Evelyn
says it was necessity that led her husband into physics.
"He was very strong academically in math, chemistry and physics,"
she says. "But the physics department offered him a graduate assistantship
so that was what he got his degree in."
In recognition of that, Evelyn Bowie has established the Robert M. and
Evelyn W. Bowie Physics Fellowships on campus. The fellowships, made possible
by a $100,000 gift of cash and securities to the Iowa State University
Foundation, will provide financial assistance to deserving graduate students
in physics.
"The physics department was very wonderful to Bob and gave him such
a good education that I thought I should give back a little to help future
physics students with their education, " Evelyn said.
After graduating from ISU, Robert Bowie joined the engineering staff of
Hygrade Sylvania Corporation in Emporium, Penn., where he did physical
research on radio tubes and established a physical research laboratory.
In 1935 the laboratory was expanded with principle emphasis on television
tube research. He continued to work for Hygrade Sylvania, eventually moving
to Bayside, N.Y., where another laboratory was established. In 1960, these
labs became the General Telephone and Electronics (GTE) Laboratories,
Inc., a subsidiary of GTE. Bowie was vice president and general manager
of the laboratories at corporate headquarters in New York City. He retired
in 1964 from GTE and eventually moved with his wife back to Ames. He died
in March 1999.
In 1962, a group of Fellows of the Institute of Radio Engineers, including
Bowie, were asked to "transport" themselves forward in thought
50 years into the future. Some 35 years later Bowie's article was published
in the Proceedings of the IEEE and was accompanied by an article by Hans
Mark, a University of Texas-Austin aerospace engineering and engineering
mechanics faculty member.
"It (Bowie's article) is a truly remarkable tour de force,"
Mark wrote, "because in less than two printed pages Bowie managed
to predict with great accuracy what would happen in information science
and industry in the subsequent decades."
Some of Bowie's predictions were:
* Centralized preparation of payrolls, statements, continuous control
of inventory, forecasting of business and periodic statements with statistical
analysis;
* Business would be conducted in large part by the same communications
network. There will be established a universal credit system by which
every person who wishes will have an identifying number;
* Every home and vehicle will have megacycles of communications bandwidth
and will be primarily tied together by networks of computers.
"Substantially every home will have television, other forms of entertainment
- financial statements - all by way of a vast communications network."
Like her husband, Evelyn Bowie was a little ahead of her time. She started
at Iowa State as a freshman at age 16. She recalls only two other female
students in many of her mathematics classes and says she was typically the
only female in advanced calculus courses. She graduated in 1929 with a bachelor's
degree in mathematics at the age of 20.
Around LAS
September 4-10, 2000
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