Giant brains; or, Machines that thinkBerkeley, Edmund Callis
Science
Giant brains; or, Machines that think
Berkeley, Edmund Callis
Computers -- Popular works
Although it is true that the information produced only becomes good or
evil after other machinery or human beings act on the information, in
reality a machine with the power to produce information is constructed
only for the reason of its use. We want to know what such machines can
tell us only because we can then proceed to act much more efficiently
than before. For example, a guided missile needs a mechanical brain
only because then it can reach its target. In all cases mechanical
brains are inseparable from their uses.
For the purposes of this chapter, the narrow view will be rejected
because it dodges the issue. We shall be much concerned with the
combination of a machine that thinks with another machine that acts;
and we shall often call this combination the _robot machine_.
READING THIS CHAPTER
Now, before launching further into the discussion, we need to say
that the conclusions suggested in this chapter are not final. Even
if they are expressed a little positively in places, they are
nevertheless subject to change as more information is discovered and
as the appraisal of information changes with time. Also, almost any
conclusions about social control—including, certainly, the conclusions
in this chapter—are subject to controversy. But controversy is good:
it leads to thought. The more minds that go to work on solving the
problem of social control over robot machines and other products of
the new technology—which is rushing upon us from the discoveries of
the scientists—the better off we all will be. If, while stimulating
disagreement, the ideas expressed in this chapter should succeed in
stimulating thought and deliberation, the purpose of this chapter will
be well fulfilled.
Up to this point in this book, the emphasis has been on possibilities
of benefits to humanity that may arise from machines that think. In
this chapter, devoted as it is to the subject of control, the emphasis
is on possibilities for harm. Both possibilities are valid, and the
happening of either depends upon the actions of men. In much the same
way, atomic energy is a great possibility for benefit and for harm. It
is the nature of control to put a fence around danger; and so it is
natural in this chapter that the weight of attention should shift to
the dangerous aspects of machines that think.
Perhaps a reader may feel that a chapter of this kind is rather out of
place in a book, such as this one, that seeks to be scientific. If so,
he is reminded that, in accordance with the general suggestions for
reading this book stated in the preface, he should omit this chapter.
FRANKENSTEIN
Perhaps the first study of the consequences of a machine that thinks is
a prophetic novel called _Frankenstein_, written more than a hundred
years ago, in 1818. The author, then only 21 years old, was Mary W.
Godwin, who became the wife of the poet Percy Bysshe Shelley.
Public-domain text, read in full here on John Shaqi.
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