Man's Place in the Universe: A Study of the Results of Scientific Research in Relation to the Unity or Plurality of Worlds, 3rd Edition — John Shaqi
Man's Place in the Universe: A Study of the Results of Scientific Research in Relation to the Unity or Plurality of Worlds, 3rd EditionWallace, Alfred Russel
Science
Man's Place in the Universe: A Study of the Results of Scientific Research in Relation to the Unity or Plurality of Worlds, 3rd Edition
Wallace, Alfred Russel
Life; Plurality of worlds; Stars
With regard to the stars, the argument is still stronger, because the
epochs required for their formation are altogether unknown, while as to the
conditions required for the formation of planetary systems around them we
are totally ignorant. To this I would add that we are equally ignorant as
to the probability or even possibility of many of these suns producing
planets which, by their position, size, atmosphere, or other physical
conditions can possibly become life-producing worlds. And, as we shall see
later, this point has been overlooked by all writers, including Mr. Proctor
himself. His conclusion is, then, that although the worlds which possess
life at all approaching that of our earth may be relatively few in number,
yet considering the universe as practically infinite in extent, they may be
really very numerous.
It has been necessary to give this sketch of the views of those who have
written specially on the question of the Plurality of Worlds, because the
works referred to have been very widely read and have influenced educated
opinion throughout the world. Moreover, Mr. Proctor, in his last work on
the subject, speaks of the theory as being 'identified with modern
astronomy'; and in fact popular works still discuss it. But all these
follow the same general line of argument as those already referred to, and
the curious thing is that while overlooking many of the most essential
conditions they often introduce others which are by no means essential--as,
for instance, that the atmosphere must have the same proportion of oxygen
as our own. They seem to think that if any of our quadrupeds or birds taken
to another planet could not live there, no animals of equally high
organisation could inhabit it; entirely overlooking the very obvious fact
that, supposing, as is almost certain, that oxygen is necessary for life,
then, whatever proportion of oxygen within certain limits was present, the
forms of life that arose would necessarily be organised in adaptation to
that proportion, which might be considerably less or greater than on the
earth.
The present volume will show how extremely inadequate has been the
treatment of this question, which involves a variety of important
considerations hitherto altogether overlooked. These are extremely numerous
and very varied in their character, and the fact that they all point to one
conclusion--a conclusion which so far as I am aware no previous writer has
reached--renders it at least worthy of the careful consideration of all
unbiassed thinkers. The whole subject is one as to which no direct evidence
is obtainable, but I venture to think that the convergence of so many
probabilities and indications towards a single definite theory, intimately
connected with the nature and destiny of man himself, raises this theory to
a very much higher level of probability than the vague possibilities and
theological suggestions which are the utmost that have been adduced by
previous writers.
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