Suitable Constants
The numerical values that nature has assigned to the fundamental constants, such as the charge on the electron, the mass of the proton, and the Newtonian Gravitational constant, may be mysterious, but they are critically relevant to the structure of the universe that we perceive. As more and more physical systems from nuclei to galaxieshave become better understood
, scientists have begun to realize that many characteristics of these systems are remarkably sensitive to the precise value of the fundamental constants.
Had nature opted for a slightly different set of numbers, the world would have been a very different place and we would not be here to see it (Davies 1982).
All the constants in the heavens and earthhave been subjected
to make sure that life and humanity came to be. This is a fact given the current state of evidence.There is no natural explanation as to why the constants have the values they have.
They have been set with a purpose in mind, with intelligence and subjected to make sure that the universe evolved in the way that it did and life and humanity came to be. Do they [the disbelievers] not see that God has subjected for them whatsoever is in the heavens and the earth..
(Koran 31:20)i
) All protons in the universe have a positive charge of 1.6 X 10 to the power -19 coulomb. This causes the various protons in the atoms to repel one another, but at the sametime
they stay together since the attraction is 100 times stronger than the repulsion.
Now the proton has a mass that is 1836 times that of an electron. YET for some mysterious reason the charge on the electron is the same as the proton, 1.6X10 to the power -19 coulomb. Suppose the proton had a lesser charge than what it actually does, there is no reason why itshouldn't
have, there is no natural explanation on why it does, then the attraction between protons would be much more than we see with present figures and they would collide more.
This, scientists say would lead to the stars using up their thermonuclear fuel in their cores much faster and dying out in about 100 million years. On ourplanet
it took about 3 billion years for life to appear. If the lives of stars were 100 million years then life could exist nowhere on the universe. An intelligent designer put the figures where they were supposed to be, at 1.6X1019.
ii) The Strong Force: The neutrons and protons in the nucleus of the atomsare referred
to as nucleons, since they exist in the nucleus. If the neutrons and the protonsare separated
by more than a hundred billionth of a centimeter, there is no mutual attraction between them. However when separated by a distance of less than ten trillionth of a centimeter, the feel a strong force of attraction. This is termed as a Strong Force or Strong Nuclear Force.
Scientists calculate that during the first few minutes after the expansion began, roughly 25% of the hydrogen in the universewas converted
to helium. Scientists say that if the strong force had been any more intense (which requires a shift in a trillionth of a centimeter or less), all of the universe's hydrogenwould have been converted
to helium. In such acase
life would never exist for 3 reasons:
i
) No water without hydrogen.
ii) Hydrogen is necessary for proteins and nucleic acids needed for life.
iii) Stars that have only heliumare
extremely short lived and could never reach the three billion years figure that our system took for life to appear.
What if the strongforce were
a little weaker by a trillionth of a centimeter or less, things just wouldn't exist as the protons could not stay together in the cores of atoms. It is an acknowledged fact that if the Strong force was not between 0.1 f and2
f (where f is the strong force constant) life would not exist and nor would any order like we see it.
The difference between the two figures is less than microscopic and there is no explanation on why the numbers were where they were. That happening by chance is by itself, other things being constant, and one in one million. When you take into account all the other constants, the figure gets so small that to believe that life originated without an intelligent designer becomes more absurd than a myth.
The law of conservation of mass and energy discussed earlier makes it impossible to attribute a natural cause to the start of the universe. The energy had to come from somewhere. God provided the energy whose radiation we still receive. "...Whenever He (God) decrees a matter, He saysBe
and it is.(Koran)."
After exhausting all the other alternatives, the only hypothesis thatis supported
by facts is that God created the heavens and the earth.
AtPlanck
time (which is 10 to the power of negative 43 seconds, i.e. 10-43) which was a microscopic fraction of the first second after the universe began to expand, all the matter that we observe in the universe was less than a tenth of a millimeter across in volume. According to the black hole theory, the gravity of this singularity would be so massive that apart from a faint type of quantum radiation nothing at all could escape from it.
Astronomers know that no natural cause could have caused the explosion of energy given the gravity of the singularity. No known natural force could have overcome even a tenth of the gravity of the singularity at the time of the big bang. "...andWe
split them apart." (Koran 21:30).
Consider this law in science: