What is the big bang? Did God use the big bang to create the universe? Discover the history of big bang thought and scientific problems with the big bang.
The big bang is a naturalistic story about the origin and development of the universe (e.g. a cosmology), beginning with a “singularity” when all mass, energy, and space was contained in a much smaller volume than the universe today. It is riddled with problems, supported by numerous unobserved assumptions, and, most importantly, contradicts the biblical teaching of creation.
How did our universe come into existence? Did it come about entirely by natural means? Was it created by God, and if so, how did he do it? Did God start the clock ticking and then use natural methods to allow the universe to mature over billions of years, or did he create everything supernaturally finishing the heavens and celestial objects by the first four days of creation week? These questions are central to our understanding of the purpose of the universe and our significance within it.
Some Christians accept the claim that God used naturalistic processes, including the big bang, to create the universe. They would agree with secular (and mostly atheistic) astronomers that the stars and planets formed by slow natural processes over billions of years—with only one exception, that God’s hand directed these processes. Unfortunately, such views deny what the Creator Himself has said about the creation of the universe.
The big bang is diametrically opposed to the supernatural creation described in the Bible. Furthermore, there are many other differences between the big bang and the biblical account of origins. For example,
How did the big bang become the dominant secular model of cosmology?
The big bang model predicted that the universe ought to be filled with radiation in the microwave part of the spectrum having a temperature of only a few Kelvin (K). This radiation, referred to as the Cosmic Microwave Background, supposedly comes from a time a few hundred thousand years after the big bang. When the Cosmic Microwave Background (often abbreviated CMB or CBR) was then discovered in 1964, and which was now a successful prediction of the big bang. Other cosmologies like the steady state model fell out of favor and the big bang assumed the position as the most popular of the naturalistic cosmologies. Ironically, it was a staunch opponent (and steady state proponent) of the Cosmic Egg hypothesis, who gave it the name we use today. Sir Frederick Hoyle mockingly nicknamed it the big bang and the name stuck.
As it turns out the CMB was the one successful prediction of the big bang model, but there are many problems with it. But for every problem that crops up, a new addition to the model is proposed which rescues the paradigm. But there is no proof for any of these rescuing devices; and no real empirical data to refute the following problems with the big bang.
There are several scientific problems with the big bang theory. For one, we are missing monopoles.
A “monopole” is a hypothetical massive particle that is just like a magnet but with only one pole. So a monopole would have either a “north” pole or a “south” pole, but not both. Particle physicists claim that the high temperature conditions of the big bang should have created magnetic monopoles.
Since monopoles are predicted to be stable, they should have lasted to this day. Yet, despite considerable searching, monopoles have not been found. The fact that we don’t find any monopoles strongly suggests that the universe never was that hot. This indicates that there never was a big bang. But the lack of monopoles is not problematic for the Bible’s account of creation because the universe did not start at extremely high temperatures.
A second scientific problem with the big bang is there is too little antimatter.
The big bang model proposes that matter (hydrogen and helium gas) was created from energy as the universe expanded. However, experimental physics tells us that whenever matter is created from energy, such a reaction also produces antimatter. Antimatter has similar properties to matter, except the charges of the particles are reversed.
The big bang should have produced equal amounts of matter and antimatter. Thus, if the big bang were true, there should be an equal amount of matter and antimatter in the universe today. But there is not. The visible universe is comprised almost entirely of matter—with only trace amounts of antimatter.
A third scientific problem with big bang cosmology is there are no ‘population III’ stars.
The big bang model by itself can account for the existence of only the three lightest elements (hydrogen, helium, and trace amounts of lithium). This leaves the other naturally occurring elements unexplained. Since the conditions in the big bang model are not right to form these heavier elements, secular astronomers believe that stars have produced the remaining elements by nuclear fusion in their cores, which then distribute the heavier elements into space when they exploded (went supernovae).
Second- and third-generation stars are thus “contaminated” with small amounts of these heavier elements. If this were true, then the first stars would be comprised of only the three lightest elements (since these would have been the only elements in existence initially). Some such stars should still be around today since their lifespans are supposed to exceed the 13.8 billion years that has elapsed since the big bang. Such stars would be called “population III” stars. Amazingly population III stars have not been found anywhere. All known stars have at least trace amounts of heavy elements in them.
A fourth scientific problem with the big bang is there is no evidence for cosmic inflation.
According to the big bang model, the universe suddenly appeared 13.8 billion years ago in a very dense, hot state that expanded into the universe that we see today. But cosmologists realized that there were problems with the CMB. One of these was the horizon problem: the CMB observed from opposite parts of the sky had precisely the same temperature. But how could that be?
Those positions opposite one another had never had a chance to exchange heat, so how could they have come into thermal equilibrium. A theoretical physicist named Alan Guth suggested cosmic inflation to solve the horizon problem. According to the theory of cosmic inflation, 10-34 seconds after the big bang the universe briefly and rapidly expanded, or inflated, to a much larger size with a velocity far faster than the speed of light. This would allow the entire universe initially to be in thermal contact so that it could come into the thermal equilibrium before being pulled out of thermal equilibrium by inflation. The only problem with inflation? There’s absolutely no evidence for it, and attempted “proofs” have been proposed and then bit the dust.
A fifth scientific problem with the big bang is the twofold “hot and cold problem” with certain regions of the CMB. The Axis of Evil is a large region of the mapped CMB that has hotter than expected temperatures (below the ecliptic plane) than the Big Bang would allow for. The Cold Spot is a smaller circular region which has colder than expected temperatures. Both were first detected by the WMAP (Wilkinson Microwave Anisotropy Probe) launched in 2001. Rather than confront the problems, scientists ascribed it to lack of precise data and hoped they would go away.
But in 2009 the Planck probe was launched and has provided the most detailed data on the CMB to date. Both the Axis of Evil and the Cold Spot were still there in the data. There are two major problems with the axis of evil. The axis of evil extends over too large an area to be due to primordial density differences. There are many properties of the CMB that the big bang model can account for, such as a slightly warmer and cooler directions in space that are diametrically opposite. However, there is no known effect that can explain the axis of evil. Second, the axis of evil aligns with the plane in which the earth and the other planets orbit the sun. If the CMB truly is cosmological, this makes no sense—why would some huge structure in the universe align with the plane of the solar system? This alignment to the plane of the solar system suggests that the axis of evil is locally generated rather than cosmically generated.
The cold spot is about 10 degrees in diameter, and it has an average temperature of 70 μK (0.00007 K). In contrast, the temperature fluctuations attributed to density variations in the early universe extend over much smaller parts of the sky and typically differ by only 18 μK from the average CMB temperature. Furthermore, some portions of the cold spot are 140 μK cooler than the average CMB temperature. Not only that, but the Cold Spot is below the ecliptic plane, which typically has higher temperatures than areas above the ecliptic plane. This result is puzzling to cosmologists. There have been several proposed explanations for the cold spot. One suggestion is that it is the result of a supervoid in direction of the cold spot. A more fanciful proposal is that this is the signature of another universe that left its imprint on our universe during cosmic inflation that hypothetically happened shortly after the big bang. But most cosmologists seem to be content to ignore the cold spot too.
The above examples are just a few of the many problems with the big bang model. There simply isn’t any good reason to believe in the big bang. It is not compatible with the Bible, and it’s not good science. Any scientific model which must be propped up continually with unverifiable hypotheses is not falsifiable and therefore not science—in fact it’s blind faith. We have a reasoned faith which is based on a trustworthy and reliable Witness, who has told us the origins of the universe in his revealed Word of the Bible.
It’s ironic that the very thing that supposedly is the proof of the big bang model may turn out to be its undoing.
Will studies revealing a quasar with a much-too-massive black hole and a galaxy with young space dust lead to the downfall of the big bang model?
A study suggests the universe had neither a beginning nor a big bang, but if the universe is eternal, then there is no need of God.
Are the chemical signatures in a faint galaxy the fossil remnants of our universe’s birth?
Planck map increases age estimate of the universe but confirms a plank of the big bang model just doesn’t fit.
Sky Survey discovers a faraway quasar cluster that is too big to exist within the big bang model’s assumptions.
Is the big bang a scientific “fact” rejected only by young-earth creationists? A new physics paper shows otherwise.
“[W]e exist, and [secular] physicists (among others) would dearly like to know why.” Of course, all they have to do is open to Genesis!
Physicists in the U.S. have claimed we may be able to detect time before time: what existed before the fabled big bang.
How did this universe come into existence? Did God use “natural” methods to create the universe, or did He create everything supernaturally?
News flash: nothing has been found in the universe, reports a University of Minnesota team of astronomers—or, at least, that they have found an “enormous void” in space with nothing in it.
As the press extensively reported last spring, evidence for inflation in the universe has been found, supposedly providing a firmer foundation for the big bang theory
The big bang model still does not answer the fundamental questions of where the original matter came from or what caused it to begin expanding.
A few scientists, most prominently Cambridge’s Neil Turok and Princeton’s Paul Steinhardt, have proposed a “revolutionary model of how the universe began,” which is angering traditional advocates of big bang model.
It appears that the claim that we have found evidence of inflation is overstated. At best, the evidence is very indirect and to the point of being premature.
The news media has been abuzz recently about supposed evidence that the universe expanded rapidly, growing to billions of light years across—all within the first trillionth of a second after its birth
Astronomers have recently claimed to detect a “ripple” pattern in the clustering of galaxies in the Sloan Digital Sky Survey.
This discovery is a huge problem for evolutionary timescales. These galaxies exist when, according to big bang cosmology, they shouldn’t have had time to form.
The light-travel–time argument cannot be used to reject the Bible in favour of the big bang, with its billions of years. This is because the big bang model also has a light-travel–time problem.