Postwar Science Policy
World War II changed the relationship between
science
and government
Scientists involved in the war wanted several things
after the war: Continued military funding, a Civilian Atomic
Energy
agency, and civilian funding source for basic scientific research
Lessons Learned from WWII
-
Basic science=power
-
we can develop new technologies quickly to do
whatever
we want
-
technology gives us dangerous power
-
some policy issues require technical knowledge
in order
to understand the issue
Military support for science
-
Department of Defense was convinced that
research was
essential; leftover wartime money poured into basic research, eg. at
the
new Office of Naval Research
-
Office of Naval Research in 1948 supported 700
projects
in 150 universities and nonprofit labs involving 2000 scientists at a
cost
of about $20 million a year
-
this was basic research, not specific military
projects.
The Navy actually worried about whether universities would accept
military
funding, but these grants were unclassified and had no controls on
publication.
Scientists had few qualms
-
other military services started similar programs
Impact of military funding
-
Some fields of science got a lot more funding
than others
(eg. chemistry suffered relative to physics
-
universities became big businesses
-
“big science”: big projects run by teams of
scientists
instead of individual scientists designing their own work
Federal Funding for Basic
Scientific Research
Millions of Dollars (not adjusted for Inflation)
| year |
Dept. Defense |
AEC/DOE |
NSF |
total |
| 1952 |
31 |
34 |
1 |
121 |
| 1955 |
20 |
42 |
10 |
130 |
| 1960 |
168 |
104 |
68 |
590 |
| 1965 |
263 |
258 |
171 |
1,435 |
| 1970 |
317 |
287 |
245 |
1,926 |
| 1975 |
300 |
313 |
486 |
2,588 |
| 1980 |
540 |
523 |
815 |
4,674 |
| 1985 |
861 |
943 |
1,262 |
7,819 |
| 1990 |
948 |
1,505 |
1,586 |
11,286 |
| 1995 |
1,264 |
1,634 |
1,973 |
13,895 |
The totals are so much larger than the amounts for specific
agencies
because there is considerable basic research done by the Department of
Health, Education, and Welfare and because NASA expenditures are
counted
mostly as basic research.
(source:
Table A)
National
Science Foundation
-
Scientists wanted the continuation of federal
research
funding, from a civilian agency. Vannevar Bush wrote a report
calling
for this called: Science:
The Endless Frontier
-
Senato Harry M. Kilgore (D. West Virginia)
proposed a
bill in 1944 emphasizing R&D for small business. Patents were
to be owned by the federal government
-
Senator Magnuson proposed a bill along the lines
the scientists
wanted--scientists would decide how to spend the money
-
mid 1946 compromise leaning towards Kilgore
failed to
pass, 1947 compromise leaning towards Magnuson passed but was vetoed by
Truman on grounds of lack of accountability
-
compromise finally passed in 1950, but only got
$225,000
total the first year
Federal Funding for Research
and Development
Millions of Dollars (not adjusted for inflation)
(source:
Table B)
| year |
Dept. of Ag. |
Dept Defense |
AEC/DOE |
NASA |
NSF |
Total |
| 1951 |
55 |
1,123 |
158 |
45 |
.15 |
1,522 |
| 1955 |
72 |
1,529 |
253 |
43 |
10 |
2,045 |
| 1960 |
126 |
5,712 |
762 |
369 |
75 |
7,552 |
| 1965 |
225 |
6,797 |
1,241 |
4,952 |
187 |
14,614 |
| 1970 |
281 |
7,360 |
1,346 |
3,800 |
289 |
15,339 |
| 1975 |
420 |
9,012 |
2,047 |
3,064 |
595 |
19,039 |
| 1980 |
688 |
13,981 |
4,753 |
3,234 |
882 |
29,830 |
| 1985 |
943 |
26,792 |
4,966 |
3,327 |
1,346 |
48,360 |
| 1990 |
1,108 |
37,268 |
5,631 |
6,533 |
1,689 |
63,559 |
| 1995 |
1,380 |
34,362 |
6,145 |
9,015 |
2,149 |
68,755 |
Atomic Energy Commission
-
After the end of WWII many physicists felt
personally
responsible for Hiroshima. This motivated them to get involved in
politics with three goals
-
civilian control of nuclear weapons and energy
in the
U.S.
-
international agreements banning or limiting
nuclear weapons
-
peaceful uses of atomic energy
-
the political fight began when Congressman
Andrew May
(Kentucky) and Senator Edwin C. Johnson (Colorado) proposed a bill,
framed
by the war department, for the control of atomic energy with an
emphasis
on military uses
-
it almost went through under a cloak of
secrecy, but when
the scientist learned of the contents they forced a debate
-
in the fall of 1945 the younger scientists
formed a lobbying
group called the Federation of Atomic Scientists (sometimes called the
league of frightened men), now the Federation of American Scientists
(puts
out The Bulletin
of the Atomic Scientists). They were disturbed by the
public
attention they were getting, but they also saw the possibility of using
it for what they saw as political good
-
they succeeded in getting passed a substitute
to the May-Johnson
bill, called the McMahon
bill (Senator Brien McMahon, Connecticut), which handed over
control
of atomic research and development in the United States to a civilian
commission
-
the AEC was run by a Commission whose members
were appointed
by the president, which would have complete control over the
production,
ownership, and use of fissionable materials, but would encourage
civilian
research and maintain a minimum of secrecy. The first chairman
was
David Lilienthal, former head of TVA
-
the scientists protests against atomic testing
and their
fight for arms control had much less immediate effect--a test ban
treaty
was not signed until 1963 and they did not succeed in putting the geni
back in the bottle and preventing an arms race
-
the scientists wanted the secret to be shared,
but there
was little hope of that because the U.S. gov't believed that they could
maintain a monopoly
-
the monopoly was a false hope--the Soviet
Union exploded
their first nuclear device in August 1949
-
instead, nuclear weapons became more and more
the center
of our military strategy (in the Eisenhower years to save money)
First
Soviet Nuclear Test
this page written and copyright © Pamela
E. Mack
History
323
last updated 3/31/2005