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Modern Cosmology and Creation |
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The
most recent researches carried out at the Mullard Observatory at Cambridge
under Professor Martin Ryle, and employing the method of radio astronomy,
throw doubt on the steady state hypothesis.
This work consists of recording radiation signals from outer
space which have been travelling towards the earth for ages. When the message of these signals is interpreted, they tell something
about cosmic conditions before there was ever an eye to behold the starry
heavens above. If the steady
state theory is true, if the source of these signals, the radio
active matter distributed throughout space, is always the same, then
their record should present a regular picture; but it does not; there
is a diminution of the signals, like the petering out of the flakes
towards the end of a snow shower. Of
course, where such an immense recession into time in involved, and so
little can be done in a short period in tabulating results, definite
conclusions cannot be expected; but the indications there are show a
falling off in the amount of signals being received, which would suggest
a failure in the source. Convincing support for the steady state
view is wanting; there is no real reason for thinking that the universe
has eluded the sentence imposed by the Law of Entropy, which means that
the most certain element in the scientific outlook is the end of the
world. Jeans
postulated that the original state of things was a colossal volume of
space suffused with radiation of extremely low density, while the hypothesis
favoured today, the Abbè Lemaitres, is the exact opposite of this. He assumes that in the beginning all the matter
of the universe, at an inconceivably high density, was packed into a
comparatively small space: time and events began with the violent disintegration
of this mass. Eddington was
unable to reconcile himself to the idea that this Big Bang
was the absolute beginning; however plausible it seemed as an explanation
of an expanding universe, he could not help feeling that something very
different preceded it; matter must have reached this explosive state
by a less spectacular process, although he had no notion of what it
was. The diminution observed in the later radio
signals compared with the earlier ones may be due to their greater remoteness
from the primal cosmic eruption. Whether
the eventual conclusion of science is that the universe had a beginning
and will come to an end, or that it is everlasting, it has nothing to
do with the real meaning of creation, the worlds dependent relation
to God. Some great Christian thinkers have been attracted
by the idea that the course of the world is endless. So long as it was thought of as created and
sustained by God the question of its duration was indifferent, or at
least not so important, and the belief in a limited time process was
accepted as part of the Christian faith.
Nevertheless, it must also be recognised that the doctrine of
a universe having a beginning and an end has close ties with the conviction
which has supported the faith of Israel in times of testing such as
no other people has undergone that history has a purpose the
substance of which is the giving and fulfilment of the divine promises.
Promise and fulfilment are the termini of a limited historical
scheme, and since the raison detre of the world is to provide
the scene for the working out of this scheme, it too is limited.
This is not the place to attempt tracing the influence of this
conception on Jewish‑Christian tradition; but it will be a matter
of considerable interest to see if science confirms the cosmology which
went with it. The
following books are recommended for further reading with the reminder
that the state of knowledge in the department of cosmology is fluid
at the moment; but it is hoped that the answers to some important problems
will be forthcoming within the next decade or so. F. Hoyle: The Nature of the Universe. |
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