This article is from
Creation 15(4):38–43, September 1993

Browse our latest digital issue Subscribe

The mind of God and the ‘big bang’


Editor’s note, 18 Dec 2023: This classic article is being republished after 30 years. It was written before the Internet, let alone this website, existed. Yet after all this time, it still is a fine overview of the big picture. Subsequent developments indicated in editorial notes, the related articles (below), and the resources (right), merely reinforce the points.

Andromeda Galaxy

‘The mind of God’ is a term that Christians use to mean ‘the reason(s) why God does something’. It is also the title of a book by Dr Paul Davies, Professor of Mathematical Physics at the University of Adelaide in South Australia.1 It is also the concluding phrase in physicist Stephen Hawking’s best-selling book A Brief History of Time, in which he says, ‘If we find the answer to that [i.e. why it is that we and the universe exist], it would be the ultimate triumph of human reason—for then we would know the mind of God.’2

The ‘evolution’ of the ‘big bang’

In the twentieth century, the first version of the ‘big bang’ as the explosion of a ‘primeval atom’ was put forward by Abbé Georges-Henri Lemaître in 1931.3 Lemaître already knew of Edwin Hubble’s work on the redshift of light from distant stars (which Hubble interpreted to mean that the universe is expanding) and, by extrapolating backwards in time, he postulated that the universe originated as a single particle of vast energy but near-zero radius.4 He argued (erroneously) that cosmic rays must have come from such an explosion.

In 1946, one of the Manhattan Project (atomic bomb) scientists, George Gamow,5 postulated that a universal explosion lasting a few seconds could have produced all the elements we see today. This lost favour after about a decade, when calculations suggested that certain elements could form in stars.

In 1965, a third version of the ‘big bang’ was put forward by Robert Dicke, P.J.E. Peebles and others, which appeared to receive some confirmation by the accidental discovery by Arno Penzias and Robert Wilson that the universe seemed to be uniformly filled with very even heat at a temperature of about 3 K.6 (K is the symbol for kelvin, the base unit of thermodynamic temperature.) This was interpreted as being the after-glow in the form of microwave radiation left over from a huge initial explosion.7 When Sir Fred Hoyle calculated that a ‘big bang’ would produce only light elements (notably helium, deuterium, and lithium), it seemed established as the origin of the universe. In the next 20 years, thousands of papers supporting the ‘big bang’ were produced and virtually no papers challenging it were accepted. It became inconceivable that the ‘big bang’ theory could be wrong, and entire careers in cosmology have been built on the presumption that the ‘big bang’ was fact.

One of the predictions of the ‘big bang’ is that it would produce large amounts of helium, and, in fact, the galaxies contain about 24 per cent of helium. However, calculations have shown that the detected matter in the universe is only about 1 per cent of the amount required to produce the gravitational attraction needed to form all the galaxies and clumps of galaxies, even within the vast time span of a hypothetical 15 billion years. This problem was solved with a stroke of the pen. In the early 1980s, cosmological theoreticians decided that the universe was now made up of nearly 99 per cent of ‘cold dark matter’ (CDM)—necessarily ‘dark’ because no one has ever seen it or detected it, and up to 99 times the amount of the visible matter in the universe. This CDM could not be composed of detectable elements like hydrogen and helium, so hypothetical particles were said to exist, with names like ‘WIMPS’ (weakly interacting massive particles) and ‘axions’.

[Ed. note, 2010: see Has ‘dark matter’ really been proven? Dr John Hartnett’s research shows that a new physical model explains the observations without recourse to the fudge factor of dark matter.]

Another problem was the very smoothness of the so-called background radiation. Large-scale surveys of space have shown that matter is not evenly distributed at all, but exists in the form of huge clusters of galaxies, and even larger-scale clumping including some huge structures which have been given names like the Great Wall,8 while there are vast empty reaches, one called the Great Void. ‘Big bang’ theorists decided that if they could find some variation or ripples in the pervasive 3 K radiation, this would be an adequate explanation of the origin of the large-scale galaxy structures. In 1989, NASA launched a space satellite named Cosmic Background Explorer (COBE) to try to detect the needed tiny variations or ‘bumps’ in the radiation from above earth’s atmosphere. By 1991, no variation had been detected and the ‘big bang’ theorists were beginning to panic. Then, in April 1992, a computer program was used to analyse the data, and at last something was detected—hot and cold spots differing in temperature by up to about three one-hundred-thousandths of a degree Celsius.9

‘Big Bang Proved!’ trumpeted the headlines. But is it? This background radiation cannot be invoked as conclusive proof of the ‘big bang’, as there are a number of other explanations for it.

Russell Ruthen, writing in Scientific American, October 1992, says, ‘But controversy has arisen as to whether the COBE measurements have any relation at all to the structure of the universe billions of years ago. Lawrence M. Krauss and Martin White of Yale University argue that the variations in the cosmic microwave background … could be distortions caused by gravitational waves.’10,11 And more than two decades ago two Soviet scientists, R.A. Sunyaev and Yakov B. Zeldovich, pointed out that as the background radiation passes through large clouds of intergalactic gas, the resultant change in intensity could cause these ‘lumps’.12,13

[Ed. note, 2010: see: Nobel Prize for alleged big bang proof.]

Black holes

NASAGoldstone 64-metre (210-feet) antenna
Goldstone 64-metre (210-feet) antenna

In 1965, mathematician and physicist Roger Penrose, from a consideration of Einstein’s general theory of relativity, conjectured that a large star collapsing under its own gravity would continue to do so until all the matter was compressed into a single point of zero volume and infinite density. Such a point of infinite compression is known to mathematical physicists as a ‘singularity’ and also as a ‘black hole’.14

When Stephen Hawking read about this, he worked out a set of mathematical equations reversing the direction in time, so that the collapse into a black hole became instead an expansion from a black hole. In 1970 he published a joint paper with Penrose, supposedly ‘proving’ that the universe had begun from a ‘big bang singularity provided only that general relativity is correct and the universe contains as much matter as we observe’.15 Since then, Hawking has been trying to deduce a mathematical formula to explain the electromagnetic, nuclear, and gravitational forces in the universe in one ‘grand unified theory’ or GUT, ‘concise enough to be inscribed on a T-shirt’!

[Ed. note, 2023; Hawking died long after this article was first published—see Stephen Hawking (8 January 1942–14 March 2018). He never completed his GUT. But he did live long enough to realize that a GUT was impossible because of Gödel’s famous incompleteness proof—see String theory unstrung.]

Recently quantum physicists have tackled some of the many queries that the ‘big bang’ theory evokes. For example:

What happened before the ‘big bang’?

Paul Davies’ reply is: ‘According to modern physics, the big bang represented the origin of space and time, as well as of matter and energy. This means that time itself came into existence with the big bang. Questions like: What happened before the big bang? or What caused the big bang? are therefore meaningless. There was no before.’16 [Emphasis in the original.] And Stephen Hawking claims that under certain conditions the universe ‘would have neither beginning nor end: it would simply be. What place, then, for a creator?’17

How did nothing become something and then explode?

Paul Davies’ answer is that it happened through quantum physics applied to cosmology. He says, ‘This “quantum cosmology” provides a loophole for the universe to, so to speak, spring into existence from nothing, without violating any laws of physics.’18 This is very significant, as it shows the fallibility of theistic evolution. Theistic evolutionists often urge what is in effect retreat to a ‘God of the gaps’ idea. God is invoked as necessary to create the initial particle and to ‘light the fuse’ as it were—thereafter the rest can evolve more or less by itself. However, Hawking says his new theory has no moment of creation and requires no Creator. Where does this leave theistic evolutionary compromise?

So this, more or less, is the current ‘big bang’ theory—that some 15 billion years ago, at a specific moment before which there was no before, the entire cosmos created itself by suddenly evolving out of nothing by means of a quantum fluctuation, first as a particle of space/time of zero dimensions and infinite heat,19 which proceeded in a few trillion-trillionths of a second to pass through an inflationary stage, and then through an incredibly hot ‘big bang’ stage, followed by universal expansion and cooling into its present form. The main rationale for this particular ‘big bang’ scenario is a set of mathematical equations deduced by human reason alone.

[Ed. Note, 2023: the inflationary model has spacetime expanding much faster than light. The model was proposed largely to solve the light-travel time problem known as the Horizon problem—the big bang has far more light-years than years. But the inflation model has many problems of its own. See Light-travel time: a problem for the big bang, Cosmic Inflation: Did it really happen?, and The Higgs boson messes with cosmic inflation.]

What should we believe?

What should Bible-believing Christians think about all this and believe? There are certain contra facts which are indisputable, and certain principles that Christians should always use in evaluating naturalistic theories about origins.

Re. the ‘big bang’

  1. Not all scientists agree with the concept of the ‘big bang’; in fact, many have never supported it. [Ed. note, 2010: see Secular scientists blast the big bang, about ‘Big bang theory busted by 33 top scientists’ (2005), with many more signing this statement.] There have been other non-biblical theories about the origin of the universe put forward in modern times—the main ones being the ‘steady state’ theory and the ‘plasma’ theory.

    Suggested by Fred Hoyle, Thomas Gold, and Hermann Bondi in 1948, the ‘steady state’ theory assumes that the universe never had a beginning. To fill the gaps left by the expansion of the universe—to ensure that it remained in a ‘steady state’—Hoyle and his colleagues proposed the continuous creation of hydrogen atoms.

    [Ed. note, 2023: in December 2022, a Belgian national broadcaster recovered a 1964 interview with Lemaître that had thought to have been lost. Lemaître said he had “the greatest admiration for Hoyle’s work”, but dismissed this idea as “ghostly” or “phantom” hydrogen.20 Hoyle later became a famous critic of chemical evolution (life from non-living chemicals, ‘abiogenesis’) and Darwinian evolution—see Big bang critic dies (Fred Hoyle, 1915–2001).]

    In 1993, Fred Hoyle, Professor Geoffrey Burbidge of the University of California at San Diego, and one other scientist proposed a new ‘steady state’ theory in which they explained the cosmic background radiation as being caused by explosions in galaxies that create thin metallic needles which absorb radiation and create the impression that the universe contains heat from a ‘big bang’.21

    Plasma is high-temperature, ionized hydrogen gas, i.e. comprised of free electrons and protons. The sun and most stars are giant spheres of plasma, and the aurora borealis is due to plasma. The plasma theory of the universe has been promoted by Hannes Alfvén and Tony Peratt for many years, but it took a quantum leap forward in 1991, with the publication of Eric Lerner’s 466-page book The Big Bang Never Happened. Lerner says that trillions of years ago there was hydrogen plasma, brought into being by unknown evolutionary processes. This plasma ‘had motion and energy, thus electrical currents and magnetic fields flowed through it.’ And from this the universe supposedly eventually formed.22

    No one has ever seen the universe expanding; expansion is an interpretation of the redshift.

    These two theories postulate virtually an infinite age for the universe, both past and future. This rather neatly does away with God both as Creator at one end and as Judge at the other, and thus has some rather obvious advantages for atheists.

  2. The ‘big bang’ scenario involves tremendous (even infinite) energy at the beginning, but supplies no explanation for the source of this energy. Nor is it clear how the gravity of the initial universal black hole can be overcome by a ‘quantum fluctuation’. Jargon like this seems to be part of an expanding vocabulary of ‘big-bang-speak’, masking some formidable, if not insuperable, difficulties. There is also no convincing explanation as to why an outward spray of gas radiating from the ‘big bang’ should form galaxies, stars, and planets.
  3. The evidence propounded for the ‘big bang’ consists of just three concepts—the alleged expansion of the universe, the microwave background radiation, and the cosmic abundance of helium. However, all of these phenomena are capable of being otherwise interpreted. For example:
    • No one has ever seen the universe expanding; expansion is an interpretation of the redshift. And for nearly 20 years astronomer William G. Tifft of the University of Arizona has been claiming that his accurate measurements of galaxy redshifts show that redshifts ‘tend to fall on evenly spaced values, like rungs of a ladder’, not in a smooth manner as would be expected if the universe was expanding without a centre. So some astronomers are beginning to wonder what the redshifts really mean.23 [Ed. note, 2010: see Our galaxy is the centre of the universe, ‘quantized’ redshifts show.]
    • There are other explanations for the abundance of helium in the universe. Cosmologist and leading big-bang critic Eric Lerner happily weaves it into the plasma theory. Bible-believing Christians understand that God created it that way. And since 1921, the lithium content of 20 per cent of ‘old’ stars studied has been found to contradict ‘big bang’ predictions.24
  4. To believe that the known universe was once condensed into a point of zero dimensions takes an unimaginable leap of faith; in fact, much more faith than it takes to believe that God created everything in the way He says He did in Genesis. The ‘big bang’ is a major part of the ‘creation myth’ of the Western nations’ major religion—secular humanism.
  5. With the passage of time, the lack of proven evidence for the ‘big bang’ has led some scientists to make such remarks as, ‘Never has such a mighty edifice been built on such insubstantial foundations.’25 And, ‘You have to understand that first there is speculation, then there is wild speculation, and then there is cosmology.’26
  6. In the history of evolutionary theory, from Charles Darwin to the present day, when there has been a conflict between theory and the facts, it is the facts that have been discarded rather than the theory. Thus, in 1993, George Efstathiou, head of astrophysics at The University of Oxford, said, ‘In my view, cosmologists should not be too disturbed about small discrepancies between theory and observation. Any attempt to explain cosmic structure involves extrapolating from the Planck era, 10-43 seconds after the big bang, when strange effects like quantum gravity were important, to the present Universe which is about 10 billion [sic] years old. So it is not surprising that one or two things don‘t seem to fit.’27 [Emphasis added.]
  7. Did God create by means of the ‘big bang’ or provide the initial energy to kick off the ‘big bang’? No! It contradicts the biblical cosmogony. The order of events is different—for example, this theory claims that the sun existed long before the earth, whereas Genesis says the earth was created before the sun. Furthermore, the time-frame is quite different (refer Exodus 20:11). Also, we have seen that Hawking, Davies et al. would repudiate any such threat to the self-creating power of their evolutionary universe.28 It is sad indeed that theistic evolutionists (including some who would deny such a title) are urging Christians to say Yes.
  8. [Ed. note, 2023: The big bang proposes that energy transformed into matter according to Einstein’s famous formula E = mc2. However, according to the Standard Model of particle physics, one of the best-attested theories in all science, an equal amount of antimatter must be produced. Antimatter comprises antiparticles of the same mass but opposite charge (if the particle is charged) and magnetic moment as the corresponding matter particle. When an antiparticle meets its corresponding particle, both are quickly annihilated with a huge release of energy, again as per E = mc2. That is, antielectron (positron) with electron, antiproton with proton, antineutron with neutron (actually their component antiquarks and quarks, respectively), etc.

    The problem for the big bang is that the universe comprises overwhelmingly matter, with hardly any antimatter except for fleeting moments. Some big-bang advocates claim that there must be something wrong with the Standard Model, because, after all, matter exists. But this begs the question about whether the big bang occurred in the first place. So they have tried to find some asymmetry between matter and antimatter that would result in matter remaining. However, experimental science has vindicated the Standard Model, which the researchers admit is a problem for the big bang. For example, finding that the antiproton is exactly equal and opposite to the proton, and that the electron is perfectly spherical, both to an experimental precision beyond the big-bang–required asymmetry.

Re. scientists and ‘God’

Any theory that dispenses with the true God is itself not true and will not stand the test of time.
  1. When non-Christian scientists speak or write of ‘God’, they do not usually mean the God of the Bible, unless they are ridiculing what the Bible says. Otherwise, they may mean something like ‘the foundation for existence’, ‘a deeper level of explanation’,29 or something equally vague or esoteric. For Stephen Hawking, ‘God’ appears to be ‘a complete theory of the universe’ that ‘breathes fire into the equations’.30
  2. Any theory that dispenses with the true God is itself not true and will not stand the test of time.
  3. Although Hawking and Davies say that ’What happened before the “big bang”?’ is a non-question, Christians understand that God always existed before He created the universe, and He always was and still is now transcendent to this universe, because He ‘inhabiteth eternity’ (Isaiah 57:15). Christians are able to experience immediate spiritual contact now through prayer with this transcendent holy God.

Re. theories of origins and the Bible

  1. Any theory of origins that is contrary to the early chapters of Genesis, Exodus 20:11, Exodus 31:17, and the many other references in the Bible that ascribe creation to the work of God, is not true and will not stand the test of time, no matter how well it is promoted by humanistic educational institutions. [Ed. note, 2023: see Evolution/long ages contradicts Genesis order of Creation.]
  2. In taking the above attitude, are Christians in danger of repeating the error of the seventeenth-century Church when it opposed Galileo for suggesting a heliocentric (sun-centred) mechanism for our planetary system? Answer: No. Although the Church leaders in Galileo’s day mistakenly thought that the Bible supported the Greek idea of a geocentric (earth-centred) system—the scientific consensus of its day—there was nothing intrinsically anti-Creator about Galileo’s idea that the earth moved. [Ed. note, 2023: see The truth about the Galileo affair.]

By contrast, the ‘big bang’ and all other theories of origins that are based on human philosophies attempt to say how the universe made itself by its own processes and properties, and with no supernatural input.


Christians do not need Hawking’s elusive ‘grand unified theory’ of the universe to know the mind of God or to know who they are, why they exist, and where they are going. We already have access to the mind of God in the Bible. This tells us that through repentance and faith in the atoning work of Christ on the cross we become children of God, that we are here to worship and serve the living God, and that one day we who love God and have received His Son the Lord Jesus Christ will go to live with Him forever. In fact, the ‘grand unified theory’ and the ‘theory of everything’ is the Bible!

As matters stand at present, there is no better astronomic theory for the origin of the universe than the inspired explanation of the Bible. ‘In the beginning God created the heaven and the earth’ (Genesis 1:1). ‘By the word of the LORD were the heavens made; and all the host of them by the breath of His mouth … For He spake, and it was done; He commanded, and it stood fast’ (Psalm 33:6,9). ‘All things were made by Him, and without Him was not anything made that was made’ (John 1:3).

First posted on homepage: 18 August 2010
Re-posted on homepage: 6 January 2024

References and notes

  1. Davies, P., The Mind of God, Penguin Books, London, 1992. This is a rather curious title for Davies to use (although no doubt very viable from a sales point of view), as on p. 191 he says, ‘Nor is it obvious to me that this postulated being who underpins the rationality of the world bears much relation to the personal God of religion, still less to the God of the Bible or the Koran.’ Return to text.
  2. Hawking, S.W., A Brief History of Time, Bantam Books, London, 1988. Return to text.
  3. Reported in Supplement to Nature 3234:699–706, October 1931. Return to text.
  4. See also Georges Lemaître, The Primeval Atom: An Essay on Cosmogony, Van Nostrand, New York, 1950. He sometimes referred to this as his fireworks theory of cosmology. Return to text.
  5. Gamow, G., One, two, three … infinity, The Viking Press, New York, 1949. Return to text.
  6. In due course refined to 2.736 kelvin (i.e. 2.736 degrees above absolute zero), equivalent to -270.5 degrees Celsius. Return to text.
  7. The basis for this assumption was that if the universe was expanding, light from any primordial ‘big bang’ explosion would be so greatly redshifted that it would appear now as microwave radiation. Return to text.
  8. Discovered in 1986, by Brent Tully of the University of Hawaii, and confirmed in 1990 by M. J. Geller and J. P. Huchra of the Harvard Centre for Astrophysics. Return to text.
  9. Silk, J., ‘Cosmology back to the beginning’, Nature 356:741–742, 30 April 1992 . For COBE team leader George Smoot’s comments, see Science 256:612, 1 May 1992. Return to text.
  10. Ruthen, R., ‘The Cosmic Microwave Mirage?’, Scientific American p. 15, October 1992. Ruthen quotes Krauss as saying, ‘One should not jump to the conclusion that what COBE is seeing is just density fluctuations. At least some or all of it might be gravitational waves.’ Return to text.
  11. For an up-to-date article on scientific speculation about gravity waves, see Marcia Bartusiak, ‘Gravity Wave Sky’, Discover 72–77, July 1993. Return to text.
  12. Sunyaev R. A. and Zeldovitch, Y.B., ‘Small-scale fluctuations of relic radiation’, Astrophysics and Space Science 7(1):3–19, 1970, quoted by Russell Humphreys in Impact, Institute for Creation Research, California, No. 233, November, 1992. Return to text.
  13. See also Narlikar, J.V., Introduction to Cosmology, Boston: Jones & Bartlett, pp. 190–91, 346–347, 457, 1983, quoted by Russell Humphreys in Impact, Institute for Creation Research, California, No. 233, November 1992. Return to text.
  14. Stephen Hawking defines a black hole as, ‘A region of space-time from which nothing, not even light, can escape, because gravity is so strong.’ And he defines the ‘big bang’ as, ‘The singularity at the beginning of the universe.’—Ref. 2, p. 194. Return to text.
  15. Ibid, p. 54. Return to text.
  16. Davies, P., ‘Science, God and the Laws of the Universe’, ABC Radio 24 Hours, August 1992, p. 36–39. Return to text.
  17. Ref. 2, p. 149. Return to text.
  18. Ref. 16, p. 37. Return to text.
  19. Ref. 2, p. 123. Return to text.
  20. Gontcho, S.G.A. et al., Resurfaced 1964 VRT video interview of Georges Lemaître, arxiv.org/pdf/2301.07198.pdf, 19 Jan 2023; youtube.com/watch?v=O4toGaR1CuI. The interview was conducted in French, and the original phrase is l’hydrogène fantomal. Return to text.
  21. Professor Burbidge claims the organizers of a recent international conference on astronomy refused to give him or his colleagues the chance to explain their work. He says, ‘Silence, that most potent form of scientific censorship, is already being employed.’—Robert Matthews in The Sunday Telegraph (London), reprinted in ‘Trio claims Big Bang is myth’, The West Australian (Perth), 19 April 1993, p. 3 of Earth 2000 Supplement. Return to text.
  22. Lerner, E., The Big Bang Never Happened, Times Books, Random House, New York, 1992, pp. 295 ff. Return to text.
  23. Beardsley, T., ‘Quantum Dissidents’, Scientific American 267(6):39–40, December 1992. Two British astronomers, Bruce N.G. Guthrie and William M. Napier, who investigated this in the belief that they would debunk it, report that they were ‘quite surprised to find the hypothesis held up’. Op. cit. See also ‘News Notes’, Sky and Telescope, pp. 128–129, August 1992. Cf. B.N.G. Guthrie and W.M. Napier, ‘Evidence for red shift perodicity in nearby field galaxies’, Mon. Not. R. Astr. Soc. 253:533–544, 1991; and Gribbin, J., ‘“Bunched” red shifts question cosmology’, New Scientist 1800: 21–28, December 1991. Return to text.
  24. Croswell, K., Lithium-poor stars may question big bang, New Scientist 1845:16, 31 October 1992. Return to text.
  25. Editorial comment in New Scientist 1853:3, December 1992, p. 3. Return to text.
  26. Harris, M, ‘Stephen Hawking: Genius or Pretender’, in Focus on Science, The Weekend Australian, 4–5 July 1992, p. 19. Return to text.
  27. Efstathiou, G., ‘Beyond cosmic ripples’, New Scientist 1873:26–30, 1 May 1993. Return to text.
  28. See Ref. 1, pp. 58–61, 68, 171. Return to text.
  29. Ref. 1, pp. 15–16. Return to text.
  30. Ref. 2, pp. 184–85; cf. Ref. 1, p. 171. Return to text.