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786 Science: Proves [:;Ss3 (S-Kun Fayakun]: 

Ready? If you’ve read my other articles', you’ll know that we will get into our discussion first by taking a 
(long-winded) look at what science has to say about our universe, and follow it up, inshallah, by referring to 
our favourite book, the Holy Quran (THQ). 

To begin, lets start at the beginning, or at least at what science tells us is the beginning, of our universe: 
The Big Bang. 

As you may have heard, in order to make sense of how and when everything came in to [being/existence], 
the brilliant minds among us, our scientific community, with each scientist working in their particular field of 
expertise, sometimes independently, or sometimes in collaboration with other scientists/specialists from 
the same and/or another field, after looking at the results of many experiments and after examining many 
physical phenomenon in various fields, eg. redox reactions (Chemistry), plate tectonics (Geology), cosmic 
background radiation (Astronomy/Astrophysics), etc., have all come to terms with the fact that all (physical) 
matter is made up of molecules, which are, essentially, at times, combinations of two or more types of 
different atoms, which, in a (chemically) pure form, are called elements. 

In fact, where the elements are concerned, scientists regularly refer to a very standardized and accepted 
chart called The Periodic Table of the Elements: 


.  ELEMEN = 



Se me 
ws. Se Bl 
ta ine 


bu SES 

- Ta 


Basically, this chart lists what scientists, over hundreds of years of careful experimentation, and after much 
careful and calculated verifications of their results, have been able to summarize and organize of their 
collective professional findings. 


Essentially, every box on this table indicates one special and (mostly) naturally occurring “lego block.” 

As such, and although, on its own, one block represents a blob or a chunk of some kind of material, 
combinations of different blocks usually result in entirely different materials altogether. 

Skipping over many arduous nitty-gritty details of how it all works, we shall think of the blocks to the right 
side of the blue line, on the simplified PTE below, as the “negative half” of a pair of magnets, and the 
blocks to the left of it as the “positive half” of a pair of magnets. 

As such, it becomes clear that, although it is not necessarily so, the elements on the left side of the blue 
line sometimes combine with those on the right “just like magnets” to form compounds/materials that we 
find/use in daily life. 

Now, we’ll take a glance at our simplified PTE, and also discuss just some common elements: 

H Periodic Table of the Elements He 

For example, a very precious element that human society values, if you’ll excuse the pun, is the element 

“Au” is short for the Latin word aurum, which in English means gold. And that is exactly what the element 
in this block is: gold. 

It is the same material/item that people buy/invest in for financial security, and dig out of mines or open 
pits, (arguably) destroying Mother Nature in the process, or “pan for” in rivers, or buy in coins, bars, etc., 
and also the same one that people wear as jewellery usually shaped into rings, chains, earrings, etc. 

Au, aurum, or gold, is considered by scientists to be a naturally occurring pure substance; they call it an 
element. Aurum is really just a type of metal, which is the reason that it can be melted down and re/shaped. 

Some of the neighbouring boxes/elements to aurum, on the table above, are also elements that we know 
to be very useful and beneficial: 

Ag - argentum, aka silver; the other precious metal, used in similar ways to aurum 
Cu - copper; yet another useful metal 

Ni - nickel; it was used in the minting of 5-cent money coins, that’s why a 5-cent coin is called a 
“nickel” (in Canada, at least, eh?) 

Fe - ferrum, or iron in English; it gives magnets their pull, and is a component of rust when steel is oxidized 

Ti - titanium; a very strong metal 

Ca - calcium; it’s what’s in your teeth and bones, and also found in milk 

Li - lithium; it’s what makes it possible to recharge cellphones once the battery drains out 

K - potassium; found in bananas, it is, in mom’s words, what India “feeds its soldiers to give them strength” 
Ba - barium; you may have to drink some for a CT scan or ultrasound 

Pb - lead; it makes the evening news when it poisons drinking water supplies, which just also happens to 
be how the Roman Empire died off! 

(Elements that are/can be found as gases, or as liquids): 
Rn - radon; a radioactive pollutant gas for which you have to get your new house tested 
| - iodine; a liquid used as a disinfectant by doctors/lab assistants 

Ne - neon; a type of gas used for making the colourful “open/closed” signs used by (convenience) stores, 

O - oxygen; a gas that we need to breathe and live 

He - helium; a gas used to fill balloons, but also what gives the sun its sunshine, and its heat! 

H - hydrogen; if you look up “Zeppelin blimp disaster,” enough said! 

All of these are examples of elements usually found/used/regarded alone, on their own. 

Elements such as Na, aka sodium, and Cl, aka chlorine, together, are an example of a very commonly 
occurring and well-known compound that we use every day: salt, the same one we add to food to make it 

taste better, and also try to avoid if blood-pressure gets too high. 

Salt is a combination of two elements, which, on their own, look and behave very differently; for further 
details, looking each one up on the internet may prove interesting and beneficial. 

C - carbon; it is found in everything that is considered organic or (an) organic compound(s), and, on its 
own, as graphite in pencils (i.e. pencil lead), hockey sticks, and the hulls of state-of-the-art airplanes 

At the bottom of the table, and, once again, skipping over the arduous details involved about the reasons 
for it, we find the elements: 

Pu - plutonium; what Kim Jon Il, the North Korean, and, possibly, DJ Trump, if he’s re-elected, can use to 
turn our beautiful blue and green Earth into, may Allah forbid, a barren and desolate planet Mars “2.0” 

U - uranium; the “enriched” version of which eventually breaks down into plutonium, and in the hands of 
crazy politicians, regardless of their respective home country, almost begs us to beg the question: why 
can’t we all just get along? 

So what does all this have to do with the big bang? 

Well, after becoming familiar with some common elements, per what has been said so far, it has everything 
to do with the big bang! 

First, it must be mentioned that each element/box/block, including the ones we have talked about so far, all 
have a unique number, and are arranged in a proper sequence on the periodic table. 

The numbers, (currently) go from 1 to 118, with other new elements being added once they are found and/ 
or created in the lab. 

The first element, element number one, is H - hydrogen, found at the top left corner of the table, but the 
next one, element number two, He - helium, is found at the top right corner. From there onwards, the 
sequence is pretty smooth. Again, there are good reasons behind the shape of the table, and for the 
location of the elements on it, but getting into the details would take a long(er) time. 

To squash any curiosity, and because it is also beneficial for our discussion to know it, the element 
numbers for the ones we have discussed so far, are as follows: 

Au 79. Ag 47, Cu 29, Ni 28, Fe 26, Ti 22, Ca 20, K 19, Li 3, Ba 56, Pb 82, Rn 86, 153, Ne 10, O 8, Na 11, Cl 
17, Pu94, U 92, C 6, He 2, H 1 

So, what’s so important about the element’s number? Lots! 

As mentioned before, all elements have unique numbers that put them in a very ordered, and specific 
sequence on the table of elements. This knowledge helps scientists, especially Particle Physicists, in 
drawing up some serious conclusions. 

They explain that the ordering and sequencing of elements on the table is based on experiments and 
results which show that, for each element, its number indicates how many single atoms, called protons, 
can be found in its central core. 

For our casual purposes, to understand how things look inside the core of an atom, it helps make things 
easier if we think of a bag full of marbles or ballbearings, i.e. a bunch of tiny spheres, all pressed tightly 

So, for each element on our list, the number of “marbles/ballbearings” in the central core of each element 
is indicated by that element’s number. This means: 

-one atom of Ca has 20 marbles/ballbearings in its central core, 
-one atom of Au has 79, etc. 

A point to remember is that you need to have a whole bunch of atoms to make even 1 gram of an element. 
That means, in 1 gram of Au, there a whole bunch of individual atoms, with each atom itself containing a 
bag of 79 marbles/ballbearings in its central core. This same idea applies to 1 gram of Ca, or any other 
element on the table, but with regard to its own specific sequential number. 

All of this is important to know because scientists use this knowledge to draw several important 

One conclusion is that each element has its own specific characteristic spectral lines that it exhibits. This 
means, essentially, that each element has its own unique “fingerprint” by which scientists can identify it. 

Another conclusion, finally getting us back on track with our main topic, because of the consistent 
observations scientists make and the results that they regularly obtain, is that the elements with the larger 
numbers are, essentially, all derived from the most basic element of all: element number one, hydrogen. 

One proof they have for drawing this conclusion is that, when they look at our sun, and use their advanced 
techniques to analyze the sunlight that they see, fingerprints for both hydrogen and helium show up in the 
data that they collect. 

The explanation they give for this phenomenon is that, due to the sun’s size and the gravity that it has, as 
the sun formed millions of years ago, it first turned into a ball of only just hydrogen. 

Gradually, over millions of years, because the forces of gravity and the unbelievable pressures found inside 
the sun’s core, and especially at its very dead-center, the hydrogen atoms started to combine with other 
hydrogen atoms to form helium, a new “heavier” element. 

They say that two hydrogen atoms, both with one atom each in their core, become pressed together with 
each other, resulting in the formation of one helium atom that now contains two atoms, or “marbles/ 

ballbearings” in its core, and which now behaves very differently compared to the hydrogen from which it 

Skipping over the technical details, it is enough to understand that this on-going process always happens 
within the sun’s core, and that this phenomenon is repeated so ridiculously much that it gives our sun both 
its shine, as well as all the heat that it gives off. This same idea also applies to all the rest of the stars that 
we can see in the universe, without exception. 

The scientists go even further, and based on more observations and verified experiments, say that, after 
helium is created, such processes go on until the next element, carbon, and then the next element after 
that, oxygen, and then the next element, silicon, and then the next and final element, iron, form inside the 
sun’s core. Keep in mind that this whole entire process takes millions of years to happen, and that the 
elements that form can vary depending on the actual mass of the sun being observed. By the way, the sun 
is a star. 

Once iron starts to form in the sun’s core, things become dangerous. Scientists say that, depending on the 
actual size and composition of the sun, it can either turn into a white dwarf, if it swells up and sheds of its 
outer layers, or, if it explodes, it can turn into either a neutron star, or a black hole. In cases where there is 
an explosion, that’s what helps scatter the elements that have formed in the core to every corner of the 
universe; Planets are formed once this scattered material, eventually, clumps together. 

Skipping over more nitty-gritty details, scientists say that it is because these kinds of processes, and also 
because of much more horrific events like two blackholes or two neutron stars crashing together, that we 
are able to find elements heavier than iron. Heavier elements, again, just means that there are more 
marbles/ballbearings at the core of one element, which makes it heavier than one which has less in its 
core. For example, aurum’s number is 79, versus that of calcium which is 20, etc. 

For the purposes of our discussion, knowing all this helps us understand the present condition of the 
universe in which we live; our environment. 

But, because we now know what elements are, and how they formed, and that our scientists have found a 
whole “table full” of them, wouldn’t it also be nice to know how things started in the first place? Enter the 
big bang theory. 

The big bang theory is, essentially, an explanation and a way of trying to make sense, in a logical fashion, 
about how the physical universe came into existence. 

It basically says that, approximately 14 billion years ago, something happened that caused a kind of very 
hot, dense, and tiny sphere to form. 

That sphere then expanded very fast, and lots of particles that are smaller than atoms, with their own 
sequences and stages, went through some ultra fast changes. 

The result was that, after millions of years, conditions eventually “normalized,” but the whole universe at 
that time was mostly just hydrogen and helium. The current understanding is there was about 75% 
hydrogen and 25% helium, with some small percentages of other lighter elements. But, it was all the direct 
result of single protons joining together in some way or another. Recall that an element’s number tells you 
how many marbles/ballbearings can be found in the core of an atom. So, if there is only one proton in the 
core, then that element is hydrogen. 

Obviously, to science anyway, the current state of the universe, along with all the naturally occurring 
heavier elements that we find on the PTE, is a direct result of those basic particles being combined, 
modified, and recycled by the natural forces in the universe, as it continued to expand and develop, ie. per 
what we said before about suns exploding, and the collisions of blackholes and neutron stars. 

And, even after so much time has passed, and perhaps due to the logical way in which our current 
scientific knowledge tells us that things have played out, it just makes it that much more clear to us, 
especially as Muslims, about what our Holy Quran says in this regard: 

Whenever Allah wants something to happen, He says “Be!,” and so it is! 
Ch 36:82 

There is also another very interesting verse comes from surah YaSeen verse 80: 
[Allah] is the one who made things such that you can get a [warm] burning fire out of a [lush] green tree, 
which you burn as firewood. 

As straight enough as this verse may seem, i.e. that you get a fire when you chop down a tree an use it for 
firewood, there is a HUGE underlying point that may not be so obvious: the energy that is released in that 

Where does that energy, the fire and warmth that we get from burning firewood, actually come from? 
Answer: the big bang! 

Yes, although it may have happened almost 14 billion years ago, all the energy that is currently found in the 
universe, including the one in your phone, microwave, stove, light bulb, i.e. everything you can possibly 
find in the entire universe, all that energy comes directly from the big bang. So in burning that firewood, you 
are actually releasing very old energy (and benefiting from it)! 

In fact, there is another ayah which, after our discussion so far, becomes even more profound-in a scientific 
way at that-and it says: 

So then let man [,4i-look at; i.e. think deeply] about the food that he eats 

This verse is usually presented to get you to count the blessings that you (may) have taken for granted, i.e. 
the variety of food to which you have access, and can eat every day. Well, with the connection to the big 
bang, the meaning of this verse becomes doubly profound: 

First, in terms of the energy, referred to as “calorie” when talking about food, as you may now have 
realized, the energy you get from your food also comes from the big bang. 

Second, and even more profound, is that, as science would testify, you and all the food that you will ever 
eat, when you think in terms of the energy involved, was, in fact, all created at the exact same time! And 
that also goes the same for anything and everything else found in the entire universe! All the energy 
contained or released by anything existing in the universe right now, or by anything that will exist at some 
time in the future, comes from the big bang that happened 14 billion years ago. 

In the book Tawhid Muffadal, our 6th Imam, Jafer Al-Sadiq ¢, says: 

Allah (swt) is far above what they attribute to Him. May [the unbelievers (in God)] perish! How misguided 
they are! In their misguided blindness and bewilderment they are like blind people groping right and left ina 
well-furnished, well-built house with fine carpets, luscious articles of food and drink, various kinds of 
clothing and other necessities of essential use, all adequately supplied in proper quantity and placed with 
perfect decorum and ingenious design. In their blindness they fail to see the building and its furnishings. 
They move about from one room to another, advancing and retreating. If by chance, any one of them finds 
anything in its place to supply a need, and not knowing the purpose for which it is set there and unaware of 
the underlying ingenuity, he might begin to reprimand the architect of the building in his offensive rage, 
whereas, as a matter of fact, the fault lies with his own inability to see. (p.7-8, 

So, we can then conclude, based on all the elements and forms of energy with which we interact directly, in 
one way or another, in our daily lives, that, indeed, we, and every single atom of every single element found 
in our universe-existing at this very instant in time-as far as our science and the brilliant scientific minds 
amongst us prove and can attest to, combined with what the Holy Quran says in 36:82, was all created at 
the same time! 

So, the next time you catch yourself: 

- becoming alert and aware of the nutrition facts label on the food/drink you buy, or 

- of the energy rating on an electronic device you use, or 

- about the amperage/wattage or lumens, etc., of a lightbulb you plug in, or 

- if you read a list of ingredients on a box of crackers and come across a weird sounding one like 
monocalcium phosphate, or 

- if you wash and polish the chrome rims and trim on your car, or 

- when you clean a paper cut, and put some ointment on it and cover it with a bandage, or 

- when you dry your wet hair with a hairdryer, or 

- when you enjoy a cool breeze on a hot day, or 

- when you surf a gigantic wave, or 

- when you clip and file your fingernails, or 

- when you catch a fly ball in the stands, or 

- when you drink a sip of water (aka H2O because of its molecular formula, i.e. meaning that in every 
molecule of water there is 1 atom of Oxygen, and 2 atoms of Hydrogen....nmmmm, savour that double 
13+ billion year old punch of ‘fresh and refreshing taste’ them Hydrogen atoms add to the mix!) 


- when you do anything at any point in your day, 

... make sure you take the time to think and appreciate the moment of the big bang, when Allah (4 said 
“Kun!,” and everything was created. 

For all these reasons, we can confidently say that science proves [:S.s ¢.S-Kun Fayakun], which means that 
science proves: Allah says “Be!,” and so it is! 

Your Brother in Faith, 

SMH Razvi 


Just as an aside, regarding what particle physicists currently have to say about our universe, they’re 
leaning toward the idea that all physical matter pops up because of the way in which different kinds of 
energy waves/fields interact with each other, across various dimensional planes. For them, specifically, 
their “PTE” consists of 12 “subatomic particles,” and 4 “fundamental forces,” all of which have been 
proven to exist by experimentation. But, it all still goes back to the way things started at the instant of the 
big bang. 


It should also be noted that in our ahadith, as found in the book Al-Kafi by Sheik Al-Kulani, RA, it is said 
that the light of the Holy Prophet V- was the first creation Allah . created, and it was then split in half so as 

to create the light of Amir Al-Momineen ¢. From there the light of Imam Hasan & was created from the Amir 
¢’s half, and the light of Imam Hussain ¢ was created from the Holy Prophet ’s half. There are further 

details to this hadith, and even more material in this regard. Allahma Al-Majlisi RA’s book Hayat Al-Quloob 
also has similar material. Both scholars’ books can be found online.