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CONTEMPORARY AMERICA
Republican positions of the day, gave him something of a bipartisan tough-
on-communism image during an era of increasing political strife, a useful
image in his successful 1984 race for the Senate.
Gore
grew and changed during his years in Congress, reflecting both the
changes in American society and personal experiences of his own. While he
would weigh in on topics like abortion (pro-choice), regulation of cigarette
manufacturers (labels with warnings about cancer), foreign affairs (tepid sup-
p
ort for funding the Nicaraguan contras), and campaign finance reform (more
transparency), Gore made himself a recognized expert in two particular fields:
computer technologies and the environment. In both cases, but especially
with regard to environmental policy, the 100-year-old relationship between
the federal government and private industry was at stake.
Computers
in one form or another are at least as old as the Chinese abacus.
Computers compute. They add and subtract; they multiply and divide. Or, more
accurately, humans program computers to compute. The twentieth-century
history of computers starts with engineers and mathematicians working with
next to no funding in relative isolation from one another. As with so many
other technologies, however, the federal government and military had a use
for high-number calculating starting in World War II. From the 1940s forward,
military budgets included ever-higher stipends for computers. Universities like
the Massachusetts Institute of Technology and Stanford and corporations like
General Electric and IBM won government contracts to develop increasingly
complex computers, using, in essence, public dollars to jump-start their inno-
v
ations. By the late 1950s, engineers had solved various problems. Originally,
computers had used vacuum tubes as a power transfer, but vacuum tubes ran
very hot and took up lots of space. In the 1940s, some computer engineers
worked in boxer shorts and undershirts because the laboratory felt like a roast-
ing
desert with all the vacuum tubes radiating heat. Over a thirty-year period,
engineers invented first transistors, then integrated silicon circuits, and finally
silicon microprocessors with smaller and smaller gridworks of circuitry. The
four problems of heat, space, speed, and memory storage were solved with the
advent of silicon microprocessors. It had become possible by the early 1970s
to envision and even build computers that could fit onto a desk.
Until the advent of personal computers in the late 1970s, computers had
been used almost exclusively by big companies and the government. They
had been expensive to buy and expensive to maintain. However, Bill Gates,
Paul Allen, Steve Wozniak, and Steve Jobs did a lot to make small, afford-
a
ble, enjoyable computers a reality for the average consumer. Gates and
Allen formed Microsoft to sell computer programs, or software, that could
be installed on a machine named the Altair 8800, a clunky-looking desktop
model that resulted from a 1973 competition in Popular Electronics. Whereas