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\F0\CA PROPOSAL FOR A STATEMENT OF THE SCIENTIFIC BASIS FOR OPTIMISM THAT
\CTECHNOLOGICALLY BASED HIGH STANDARD OF LIVING CAN CONTINUE FOR THE
\CINDEFINITE FUTURE
\J This memorandum is an invitation to participate in a meeting
to be held at xxx to discuss possible statements of "technological
optimism" in the general sense implied below. The details that
follow should not be taken as final; they are intended rather to
provide a specific starting point for further discussions.
Many people have come to believe that the United States does
not have the resources within its own borders to continue its present
standard of living for very long. Naturally, they are also convinced
that the rest of the world cannot hope to match the present American
standard. This belief is unpleasant, and moreover, it suggests
policies quite different from those that are appropriate if the
American standard of living can be continued and improved, and if the
rest of the world can, if they act appropriately, reach the American
standard.
Many scientists who have looked into the matter
believe that the technological optimism that characterized the post
war world until the late 1960s is still justified. While changes in
technology will have to be made from time to time, a technological
civilization supporting a high rate of consumption can be continued
together with an improvement in the environment for the indefinite
future, e.g. until the sun uses up its hydrogen. The only major
provisos are that nuclear war is avoided and that population is
limited in the near future.
The view a person takes of this general question of whether
optimism is justified strongly affects his attitude towards many
immediate policy issues concerning energy, pollution, life style, and
even politics. However, the long range issue is rarely debated
directly but rather as a sideline to issues of immediate policy. In
our opinion, it would clear the air for discussions of immediate
policy, if there were a convincing argument that long range optimism
about the technological options was justified. Again, we would not
have to agree on whether political optimism was justified or how society
might adequately be organized in order to realize the living
standards made possible by technology. We would also not have to
agree on how the fruits of technology are best divided.
To serve the purpose of allaying anxiety and pointing policy
in constructive directions, the statement could not simply be an
expression of faith in the power of science and technology, since
this faith is precisely what has been put in jeopardy. Instead, it
would have to address the specific long range problems about which
doubts have been raised.
Thus it would have to show that enough energy to bring the
whole world substantially beyond the present American level of energy
use will be available for the indefinite future. The statement
would not have to determine the \F1best\F0 long range source of
energy; it would only have to establish
the existence of at least one adequate source. Still
less would it have to determine the best immediate energy policy.
Thus, if it were agreed, the statement might simply assert that there
is enough extractable uranium and thorium in the United States to
supply energy at reasonable cost for millions of years. It might
also say that central station solar power plants are also feasible.
It would not have to say which is better even in the long run. The
energy technology used even one hundred years from now will be
determined by our descendants, and our views on the subject will be
of only historical interest. The purpose of this example is not to
prejudge how the statement will resolve the energy problem but simply
to give a sample of what might be said. Naturally, even if the
above position were agreed upon, a detailed and quantitative
statement would be required to be convincing.
Naturally, many of us are working on questions excluded from
the statement - immediate questions of technological or social
policy. Nevertheless, we believe that the narrow question of whether
long term technological optimism is justified needs to be settled and
can be settled more easily if treated separately.
As we see it now, the following other problems have to be
faced besides energy:
1. Food. We may have to go beyond agriculture and consider
the synthetic possibilities.
2. Mineral resources. It may be difficult to be
comprehensive here, because it would be necessary to discuss
substitutability. Thus if platinum were cheap, it would be
considered a necessity for high quality cookware.
3. Environmental effects. It is necessary to be convincing
that we can avoid poisoning ourselves. It is not necessary to agree
on what degree of preservation of wilderness is desirable. It may be
necessary to discuss control over natural fluctuations in climate in
order to determine that naturally caused ice ages can be avoided and
that climate changing side effects can be compensated for by actions
that directly affect the climate.
The first form of the statement might merely be an expression
of opinion. Even such a statement will relieve some of the gloom.
The second form of the statement should be aimed at
convincing other scientists and technologists, because many
scientists and technologists are affected by the pessimistic
atmosphere. Besides that, the argument must withstand scientific
criticism before we can justify asserting it authoritatively to the
non-scientific public. Most likely, we would have to admit some gaps
in our argument, especially in the areas of resources and climate
control, but we could hope to establish a presumption of optimism and
suggest research specifically aimed at reinforcing or refuting
tentatively adequate solutions.
The third form would be popular and aimed at the general
intellectual public and policy makers. Naturally, the mere
acceptance of an optimistic view would not determine policy, but it
would affect it.\.
S. J. Kline, Mechanical Engineering
John McCarthy, Computer Science
xxxx
yyyy
etc.