The entire universe, the Earth we live on and all living and inanimate entities are made up of various combinations of elements. Although the atoms that comprise the elements are all made up of the same particles, they possess different characteristics. What essentially makes the elements different from one another is their atomic numbers, the number of protons in their nuclei, in other words. There is one proton in hydrogen, the lightest element, 2 in helium, the next lightest, 79 in gold, 8 in an oxygen atom and 26 in iron. The property that differentiates gold from iron, or iron from oxygen is merely this difference in the number of protons in their atoms. The air we breathe, the human body, any plant or animal or planet in space, living or inanimate, sweet or sour, solid or liquid, absolutely everything, is made up of protons, neutrons and electrons as proofs in Allah's sublime Creation. (For details see The Miracle of the Atom [Ta-Ha Publishers Ltd])
"Hadid" the name of one of the Surah in the Qur'an means "iron," one of the elements. Other elements and their atomic numbers and masses are also indicated in this Surah. (Allah knows the truth.) To put it another way, Surat al-Hadid, which bears the name iron, contains information about the atoms making up the matter in the universe, given 1,400 years ago. The provision of this information, at a time when the elements and their atomic numbers had not been discovered, is yet another miracle of the Qur'an.
The sequence of the Arabic letters in Surat al-Hadid are such that they represent expressions containing our Lord's commands and advice on the one hand and indications concerning atoms on the other.
* This study was conducted taking the Arabic letter "Ra" as the "R" in Western alphabets or "Mim" as the letter "M." The sequence of the letters representing the element is not considered. It is sufficient for the letters to appear side by side. Because the letters in the element Kr, for example, do not represent another element by the name of "Rk."
RADON = 86Rn
Number of letters from the beginning of the verse until the letters "Rn" appear: 86
Atomic number of the element "Rn": 86
(Surat al-Hadid, 22)
ZIRCONIUM = 40Zr Zirconium (Zr) was discovered by the German chemist Martin Heinrich Klaproth in 1789. Reference to this element, used in the cores of nuclear reactors, hundreds of years beforehand in the Qur'an, is a great miracle.
There are 40 letters between the first time that the letters "Z" and "R" appear together and the beginning of the verse. The atomic number of Zirconium, chemical symbol Zr, is 40. There are also 91 letters between the first time the letters "Z" and "R" come together and the end of the verse. And that number is the atomic weight of Zirconium.
Number of letters between the beginning of the verse and the letters Zr: 40
Atomic number of the element "Zr": 40
(Surat al-Hadid, 13)
There are 73 letters from the beginning of the verse to the first time the letters "T" and "A" appear together. That figure is the atomic number of Tantalum.
Number of letters between the beginning of the verse and the letters "Ta": 73
Atomic number of the element "Ta": 73
(Surat al-Hadid, 16)
FLUORINE = 9F
Number of letters between the beginning of the verse and the letter "F": 9
Atomic number of the element "F": 9
(Surat al-Hadid, 1)
There are 8 letters from the beginning of the verse to the first letter "O" in Surat al-Hadid. "O" is represented by the letter Alif in Arabic. The symbol of Oxygen is "O" and its atomic number 8.
Number of letters between the beginning of the verse and the letter "O": 8
Atomic number of the element "O": 8
(Surat al-Hadid, 1)
SAMARIUM = 62Sm
The French scientist Paul Lecoq de Boisbaudran discovered the element Samarium (Sm) in 1879.
In the Surah the letters "S" and "M" first come together after 62nd letter. These letters appear together as "M" and "S." But there is no element bearing the abbreviation Ms, the reverse of Sm.
Number of letters from the beginning of the verse to the letters "Sm": 62
Atomic number of the element "Sm": 62
(Surat al-Hadid, 15)
POTASSIUM = 39K
There are 39 letters between the beginning of Surat al-Hadid and the first appearance of the letter "K," that figure is being the element's atomic mass. In addition there are 19 letters between the beginning of the verse and here. And it is notable that this is the atomic number of the element K.
Number of letters between the beginning of the verse and the letter "K": 39
Atomic mass of the element "K": 39
(Surat al-Hadid, 2)
SULFUR = 32S
Number of letters between the beginning of the verse and the first appearance of the letter "S": 32
Atomic mass of the element "S": 32
(Surat al-Hadid, 4)
* The conjunction "and" is not included in the calculation.
Number of letters from the beginning of the verse to the letters "Er": 167
Atomic mass of the element "Er": 167
(Surat al-Hadid, 4)
There are 60 letters between the first time the letters "N" and "D" appear together in Surat al-Hadid and the end of the verse. That figure is the atomic number of the element Nd.
Number of letters between the letters "Nd" and the end of the verse: 60
Atomic number of the element "Nd": 60
(Surat al-Hadid, 19)
Number of letters from the letter "V" to the end of the verse: 23
Atomic number of the element "V": 23
(Surat al-Hadid, 1)
Gallium is used in such spheres as electronics and medicine.
There are 69 letters to the end of the verse from the point at which the letters "G" and "A" appear together in Surat al-Hadid. And 69 is the atomic number of Gallium.
Number of letters to the end of the verse from the letters "Ga": 69
Atomic number of the element "Ga": 69
(Surat al-Hadid, 27)
There are 14 letters from the letter "N" in Surat al-Hadid to the end of the verse. 14 is also the atomic number of Nitrogen. There are 7 letters between the second and third letters "N." And 7 is the atomic number of Nitrogen.
Number of letters from the letter "N" to the end of the verse: 14
Atomic number of the element "N": 14
(Surat al-Hadid, 3)
In Surat al-Hadid, there are 83 letters between the points where the letters "B" and "I" appear together.
Number of letters between the letters "Bi": 83
Atomic number of the element "Bi": 83
(Surat al-Hadid, 7-8)
Number of words between the letters "Cr": 24
Atomic number of the element "Cr": 24
(Surat al-Hadid, 4)
Letters between the letters "At": 85
Atomic number of the element "At": 85
(Surat al-Hadid, 1-3)
There are 6 words between the first time the letters "L" and "I" appear side by side in Surat al-Hadid and the beginning of the verse. That figure is also the atomic number of Lithium.
Number of words between the beginning of the verse and the letters "Li": 6
Atomic mass of the element "Li": 6
(Surat al-Hadid, 10)
There are 178 words between the beginning of Surat al-Hadid and where the letters "H" and "F" appear consecutively. Hafnium's atomic mass is 178.
Number of words from the beginning of the Surah until the letters "Hf": 178
Atomic mass of the element "Hf": 178
(Surat al-Hadid, 11)
* The conjunction "and" was not included in the calculation.
There are 114 words from the beginning of Surat al-Hadid to where the letters "I" and "N" appear side by side. That figure is also the atomic mass of Indium.
Number of words between the beginning of the Surah and the appearance of the letters "In": 114
Atomic mass of the element "In": 114
(Surat al-Hadid, 8)
* The conjunction "and" was not included in the calculation.
There are 87 words between the beginning of Surat al-Hadid and where the letters "S" and "R" appear together. 87 is the atomic mass of Strontium.
Number of words between the beginning of the Surah and the letters "Sr": 87
Atomic mass of the element "Sr": 87
(Surat al-Hadid, 7-8)
* The conjunction "and" was not included in the calculation.
There are 89 words from the beginning of Surat al-Hadid to the first time the letters "A" and "C" appear together. That figure is also the atomic number of the element Actinium.
Number of words from the beginning of the Surah to the letters "Ac": 89
Atomic number of the element "Ac": 89
(Surat al-Hadid, 7)
* The conjunction "and" was not included in the calculation.
The atomic number of the element Thorium is 90. There are 90 words between the beginning of Surat al-Hadid and the first time the letters "T" and "H" appear side by side.
Number of words between the beginning of the Surah and the letters "Th": 90
Atomic number of the element "Th": 90
(Surat al-Hadid, 7)
* The conjunction "and" was not included in the calculation.
Number of words from the beginning of the Surah to the letters "Lu": 71
Atomic number of the element "Lu": 71
(Surat al-Hadid, 5)
* The conjunction "and" was not included in the calculation.
There are 58 letters between the first time the letters "N" an "I" appear in Surat al-Hadid and the end of the verse. That figure is also the atomic mass of Nickel.
Number of words between the end of the verse and the letters "Ni": 58
Atomic mass of the element "Ni": 58
(Surat al-Hadid, 27)
* The conjunction "and" was not included in the calculation.
There are 9 words between where the letters "B" and "E" appear together and the end of the verse, and that figure also constitutes the atomic mass of Beryllium.
Number of words between the letters "Be" and the end of the verse: 9
The atomic mass of the element "Be": 9
(Surat al-Hadid, 10)
* The conjunction "and" was not included in the calculation.
There are 11 words between the point where the letters "N" and "A" occur together in Surat al-Hadid and the end of the verse. That figure is identical to Sodium's atomic number.
Number of words between the letters "Na" and the end of the verse: 11
Atomic number of the element "Na": 11
(Surat al-Hadid, 9)
* The conjunction "and" was not included in the calculation.
The number of words between the places in Surat al-Hadid where the letters, 41, is also that of Niobium's atomic number.
Number of words between the letters "Nb": 41
Atomic number of the letter "Nb": 41
(Surat al-Hadid, 4 and 8)
* The conjunction "and" was not included in the calculation.
There are 12 words between the places in Surat al-Hadid where the letter Mg appear together. That figure, 12, is also the atomic number of Magnesium.
Number of words between the letters "Mg" in the Surah: 12
Atomic number of the element "Mg": 12
(Surat al-Hadid, 20-21)
* The conjunction "and" was not included in the calculation.
Number of words between the letters "Dy" in the Surah: 162
Atomic mass of the element "Dy": 162
(Surat al-Hadid, 2 and 11)
* The conjunction "and" was not included in the calculation.
There are 65 words between the places in Surat al-Hadid where the letters Zn appear together. The atomic mass of Zinc is also 65.
The number of words between the letters "Zn" in the Surah: 65
The atomic mass of the element "Zn": 65
(Surat al-Hadid, 2 and 11)
* The conjunction "and" was not included in the calculation.
There are 35 words between the first and last time the letters "C" and "L" appear together. That figure is also the atomic mass of Chlorine.
Number of words between the first and last letters "Cl" in the Surah: 35
Atomic mass of the element "Cl": 35
(Surat al-Hadid, 4 and 6)
* The conjunction "and" was not included in the calculation.
There are 12 words between the first and last letters "C" in Surat al-Hadid. That figure also corresponds to the atomic mass of Carbon.
Number of words between the first and last letters "C" in the surat: 12
The atomic mass of the element "C": 12
(Surat al-Hadid, 4)
* The conjunction "and" was not included in the calculation.
There are 140 words between the first and last occurrences, side by side, of the letters "C" and "E" in Surat al-Hadid. 140 is also the atomic mass of the element Cerium.
Number of words between the first and last letters "Ce" in the Surah: 140
Atomic mass of the element "Ce": 140
(Surat al-Hadid, 5 and 7)
* The conjunction "and" was not included in the calculation.
There are 83 words between the first and last occurrences, side by side, of the letters "K" and "R" in Surat al-Hadid.
Number of words between the first and last letters "Kr" in the Surah: 83
Atomic mass of the element "Kr": 83
(Surat al-Hadid, 7 and 11)
* The conjunction "and" was not included in the calculation.
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