If you are in the habit of watching science documentaries that explore the galaxies of our unfathomable universe, it is hard not have your breath taken away by the by incredible beauty of the clusters of stars, planets, asteroids that they consist of. It is typical to think given its immensity that the universe must have emerged from a very complex process.
However, the emergence of chaos theory in the late 20th century showed us among other things, that simple mathematical laws can give birth to highly intricate structures or behavior, and in line with that, astrophysicists have discovered that there are just six numbers, imprinted in the “big bang”, that determine the essential features of the universe. I have written about the big bang theory in a previous article, and it can be found here.
What is even more impressive is that these six numbers take on such highly specific values such that if any one of them deviated from its value even ever so slightly, the stars, the planets and ultimately life on earth would not have emerged. Without further ado I present these six numbers below:
The first number, represented by the letter N, has a value of 1036. This number measures the strength of the electrical forces that hold atoms together, divided by the force of gravity between them. If N had a few less zeroes, only a short-lived miniature universe could exist and no creatures could grow larger than insects. (Recall that according to the big bang theory, the universe is roughly 15 billion years, so “short-lived” in this case could amount to a few million years)
The second number, represented by the Greek letter, Epsilon has a value of 0.007 (I like to call it the James Bond number). This number defines how firmly atomic nuclei bind together and how all the atoms on earth were made. Its value controls the power from the sun and more sensitively, how stars transmute hydrogen into all the elements of the periodic table. Carbon and oxygen are common, while gold and uranium are rare, because of what happens in the stars. If Epsilon were 0.006 or 0.008, life on earth would not exist.
To understand the third number, which is represented by the Greek letter, Omega, some explanation might be needed. As far as the dynamics of the universe is concerned, the universe is under the influence of two major forces; the force of gravity which causes the universe to contract and is ultimately pushing it to collapse, and in opposition to gravity, an expansionary force causing it as its description suggests, to expand. Omega is an indirect measure of the ratio of these two conflicting forces.
Research by astrophysicists has suggested that in the very early universe, Omega must have had a value close to one. If it had been more than one, the force of gravity would have dominated the expansionary force and the universe would have collapsed a long time ago. If it had been less than one, the expansionary force would have dominated.
This would mean that the bits of matter in the universe would have flown too far part from each other for them to form stars, planets, galaxies and eventually life. Recent research suggests that Omega is currently at least 0.3, meaning that the expansionary force currently dominates but this could not have been so at the universe’s beginnings for reasons explained above.
The fourth number represented by the Greek letter, Lambda is closely related to the third number Omega. We recall that Omega was an indirect measure of the ratio of the force of gravity to the expansionary force. Lambda represents a force that acts as a catalyst to the expansionary force causing it to accelerate. The value of lambda would have needed to be very small (very small being not much different from zero) in the early universe because if it had a high value, this would have caused Omega to have been too low to allow stars, planets, galaxies and life form.
The fifth number, represented by the letter Q, is a ratio of two fundamental energies. It is the ratio of the energy needed to break up the most conspicuous structures in the universe (stars, galaxies and galaxy clusters) to their total rest-mass energy. Rest mass energy is the energy an object possesses due to its mass when it is at rest (that is not moving). It is calculated using Einstein’s famous Mass-Energy Equivalence Equation E = mc2 , where E is the rest mass energy of the object, m is the mass of the object and c is a constant representing the speed of light and is equal to 3 x 108m/s.
The value of Q for the biggest structures, galaxy clusters and superclusters is about 1 divided by 100,000. If Q were smaller, the universe would be inert and structureless. If it were larger, the universe would have been a very violent place where no stars or solar systems could survive.
The sixth number is one we should all be familiar with. It is the number of spatial dimensions of our world, and it is represented by the letter, D. Its value, is of course 3. If it were 2 or 4, life couldn’t exist.
To me, it is really amazing that just six numbers define the essential features of our universe. Even more amazing is the fact that they had to take on precise values or we and the universe wouldn’t exist. What are to make of this level of precision? That it is proof of the existence of God? I personally would like to think so. But some astrophysicists make the argument that our galaxy, the Milky Way is just one of billions of galaxies in our universe and the idea of multiple, parallel universes; the multiverse has a decent level of mindshare among astrophysicists.
The alternative argument seems to be that with so many candidate galaxies, ours happened to be one where by chance, the conditions necessary for the emergence of life just happened to exist.
It seems we the faithful will have to continue to rely on faith.
Bibliography
- Rees, Martin. 2000 Just Six Numbers: The Deep Forces That Shape the Universe New York: Basic Books








Author: Abdul Mohammed

Author: Ejiose Ikunenobe
