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Muslims contribution to the world of science

Friday, July 11, 2008

Muslims have always had a special interest in astronomy. The moon and the sun are of vital importance in the daily life of every Muslim. By the moon, Muslims determine the beginning and the end of the months in their lunar calendar. By the sun the Muslims calculate the times for prayer and fasting. It is also by means of astronomy that Muslims can determine the precise direction of the Qiblah, to face the Ka'bah in Makkah, during prayer. The most precise solar calendar, superior to the Julian, is the Jilali, devised under the supervision of Umar Khayyam.

The Quran contains many references to astronomy.

"The heavens and the earth were ordered rightly, and were made subservient to man, including the sun, the moon, the stars, and day and night. Every heavenly body moves in an orbit assigned to it by God and never digresses, making the universe an orderly cosmos whose life and existence, diminution and expansion, are totally determined by the Creator."[Holy Quran 30:22]

These references, and the injunctions to learn, inspired the early Muslim scholars to study the heavens. They integrated the earlier works of the Indians, Persians and Greeks into a new synthesis.

Ptolemy's Almagest (the title as we know it today is actually Arabic) was translated, studied and criticized. Many new stars were discovered, as we see in their Arabic names - Algol, Deneb, Betelgeuse, Rigel, Aldebaran. Astronomical tables were compiled, among them the Toledan tables, which were used by Copernicus, Tycho Brahe and Kepler.

Also compiled were almanacs - another Arabic term. Other terms from Arabic are zenith, nadir, Aledo, azimuth.

Muslim astronomers were the first to establish observatories, like the one built at Mugharah by Hulagu, the son of Genghis Khan, in Persia, and they invented instruments such as the quadrant and astrolabe, which led to advances not only in astronomy but in oceanic navigation, contributing to the European age of exploration.


Muslim scholars paid great attention to geography. In fact, the Muslims' great concern for geography originated with their religion.

The Quran encourages people to travel throughout the earth to see God's signs and patterns everywhere. Islam also requires each Muslim to have at least enough knowledge of geography to know the direction of the Qiblah (the position of the Ka'bah in Makkah) in order to pray five times a day.

Muslims were also used to taking long journeys to conduct trade as well as to make the Hajj and spread their religion. The far-flung Islamic empire enabled scholar-explorers to compile large amounts of geographical and climatic information from the Atlantic to the Pacific.

Among the most famous names in the field of geography, even in the West, are Ibn Khaldun and Ibn Batuta, renowned for their written accounts of their extensive explorations.

In 1166, Al-Idrisi, the well-known Muslim scholar who served the Sicilian court, produced very accurate maps, including a world map with all the continents and their mountains, rivers and famous cities. Al-Muqdishi was the first geographer to produce accurate maps in color.

Spain was ruled by Muslims under the banner of Islam for over 700 years. By the 15th century of the Gregorian calendar the ruler-ship of Islam had been seated in Spain and Muslims had established centers of learning which commanded respect all over the known world at that time. There were no "Dark Ages" such the rest of Europe experienced for the Muslims in Spain and those who lived there with them. In January of 1492 Muslim Spain capitulated to Catholic Rome under King Ferdinand and Queen Isabella. By July of the same year, Muslims were instrumental in helping navigate Christopher Columbus to the Caribbean South of Florida.

It was, moreover, with the help of Muslim navigators and their inventions that Magellan was able to traverse the Cape of Good Hope, and Da Gamma and Columbus had Muslim navigators on board their ships.


Seeking knowledge is obligatory in Islam for every Muslim, man and woman. The main sources of Islam, the Quran and the Sunnah (Prophet Muhammad's traditions), encourage Muslims to seek knowledge and be scholars, since this is the best way for people to know Allah (God), to appreciate His wondrous creations and be thankful for them.

Muslims have always been eager to seek knowledge, both religious and secular, and within a few years of Muhammad's mission, a great civilization sprang up and flourished. The outcome is shown in the spread of Islamic universities; Al-Zaytunah in Tunis, and Al-Azhar in Cairo go back more than 1,000 years and are the oldest existing universities in the world. Indeed, they were the models for the first European universities, such as Bologna, Heidelberg, and the Sorbonne. Even the familiar academic cap and gown originated at Al-Azhar University.

Muslims made great advances in many different fields, such as geography, physics, chemistry, mathematics, medicine, pharmacology, architecture, linguistics and astronomy. Algebra and the Arabic numerals were introduced to the world by Muslim scholars. The astrolabe, the quadrant, and other navigational devices and maps were developed by Muslim scholars and played an important role in world progress, most notably in Europe's age of exploration.

Muslim scholars studied the ancient civilizations from Greece and Rome to China and India. The works of Aristotle, Ptolemy, Euclid and others were translated into Arabic. Muslim scholars and scientists then added their own creative ideas, discoveries and inventions, and finally transmitted this new knowledge to Europe, leading directly to the Renaissance. Many scientific and medical treatises, having been translated into Latin, were standard text and reference books as late as the 17th and 18th centuries.

Muslim mathematicians excelled in geometry, as can be seen in their graphic arts, and it was the great Al-Biruni (who excelled also in the fields of natural history, even geology and mineralogy) who established trigonometry as a distinct branch of mathematics. Other Muslim mathematicians made significant progress in number theory.

It is interesting to note that Islam so strongly urges mankind to study and explore the universe. For example, the Holy Quran states:

"We (Allah) will show you (mankind) Our signs/patterns in the horizons/universe and in yourselves until you are convinced that the revelation is the truth."[Holy Quran 41:53]

This invitation to explore and search made Muslims interested in astronomy, mathematics, chemistry, and the other sciences, and they had a very clear and firm understanding of the correspondences among geometry, mathematics, and astronomy.

The Muslims invented the symbol for zero (The word "cipher" comes from Arabic sifr), and they organized the numbers into the decimal system - base 10. Additionally, they invented the symbol to express an unknown quantity, i.e. variables like x.

The first great Muslim mathematician, Al-Khawarizmi, invented the subject of algebra (al-Jabr), which was further developed by others, most notably Umar Khayyam. Al-Khawarizmi's work, in Latin translation, brought the Arabic numerals along with the mathematics to Europe, through Spain. The word "algorithm" is derived from his name.


In Islam, the human body is a source of appreciation, as it is created by Almighty Allah (God). How it functions, how to keep it clean and safe, how to prevent diseases from attacking it or cure those diseases, have been important issues for Muslims.

Ibn Sina (d. 1037), better known to the West as Avicenna, was perhaps the greatest physician until the modern era. His famous book, Al-Qanun fi al-Tibb, remained a standard textbook even in Europe, for over 700 years. Ibn Sina's work is still studied and built upon in the East.

Prophet Muhammad himself urged people to "take medicines for your diseases", as people at that time were reluctant to do so. He also said,

"God created no illness, except that He has established for it a cure, except for old age. When the antidote is applied, the patient will recover with the permission of God."

Since the religion did not forbid it, Muslim scholars used human cadavers to study anatomy and physiology and to help their students understand how the body functions. This empirical study enabled surgery to develop very quickly.

Al-Razi, known in the West as Rhazes, the famous physician and scientist, (d. 932) was one of the greatest physicians in the world in the Middle Ages. He stressed empirical observation and clinical medicine and was unrivalled as a diagnostician. He also wrote a treatise on hygiene in hospitals. Kahaf Abul-Qasim Al-Sahabi was a very famous surgeon in the eleventh century, known in Europe for his work, Concessio (Kitab al-Tasrif).

Other significant contributions were made in pharmacology, such as Ibn Sina's Kitab al-Shifa' (Book of Healing), and in public health. Every major city in the Islamic world had a number of excellent hospitals, some of them teaching hospitals, and many of them were specialized for particular diseases, including mental and emotional. The Ottomans were particularly noted for their building of hospitals and for the high level of hygiene practiced in them.

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Allah splits the seed and kernel. He brings forth the living from the dead, and produces the dead out of the living. That is Allah, so how are you misguided? (Qur'an, 6:95)

The terms "seed" (al-habb) and "kernel" (an-nawa) in the above verse may indicate the splitting of the atom. Indeed, the dictionary meanings of an-nawa include "nucleus, centre, atomic nucleus." Furthermore, the description of bringing forth the living from the dead can be interpreted as Allah creating matter from dead energy. Producing the dead out of the living may refer to energy (dead) emerging from matter (living), since the atom is in motion. (Allah knows best.) That is because as well as "living," al-hayy can also mean "active, energetic." With its meaning of "non-living," al-mayyit, translated above as "dead," may very probably refer to energy.
Scientists define energy as the capacity for doing work. Matter, the material that comprises all things on Earth and in the universe, consists of atoms and molecules that can be seen to be in motion under an electron microscope. In the early twentieth century, Albert Einstein (d. 1955) theorised that matter could be converted into energy, suggesting that the two were inter-related at the atomic level.REF This may be the bringing forth of the dead from the living, as described above, or, in other words, obtaining energy from matter, which is in motion at the atomic level. In addition, yukhriju, translated as "bringing forth," also means "bringing out, emitting" (as in the case of electrical waves). Therefore, the terms in this verse may be indicating the form of energy obtained from the atom. (Allah knows best.)

Today, atomic nucleus can be split into smaller nuclei by means of nuclear fission.
Scientists can now split the atom by dividing its nucleus. Taking Einstein's theories as their starting point, they obtained energy from matter in the 1940s by means of nuclear fission, the process of splitting the atomic nucleus. The verb faliqu in Surat al-An`am 95, translated as "to split," may be a reference to fission's dictionary meaning: the process of splitting (the atom's nucleus). When this process takes place, enormous amounts of energy are released.
The words in Surat al-An`am 95 are very wise in terms of their meanings. The phenomena described in this verse bear a very close resemblance to the splitting of the atom's nucleus in order to obtain atomic energy. The verse may therefore be a reference to nuclear fission, which was only made possible by twentieth-century technology. (Allah knows best.)
REF. “Energy and Matter,” Fundamentals of Physical Geography, Social Bookmark Button


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Wednesday, July 9, 2008

Then, when they reached the Valley of the Ants, an ant said: "Ants! Enter your dwellings, so that Sulayman and his troops do not crush you unwittingly." (Qur'an, 27:18)

The "Valley of the Ants" refers to a special place and special ants. In addition, the fact that Prophet Sulayman (as) could hear the ants talking among themselves may contain striking references to future developments in computer technology. The present-day term "Silicon Valley" refers to the centre of the world of technology. It is most significant that a "valley of the ants" appears in the account of Prophet Sulayman's (as) life. Allah may be drawing our attention to the advanced technology of the future.

Furthermore, ants and other insect species are widely used in advanced technology as models in robot projects and are intended to serve in a wide range of areas, from the defence industry to technology. The verse may also be referring to these developments.

Latest Developments in Miniature Technology: Army-Ant Robots

The best known project using ants as a model are the "Army-Ant Robot" projects being carried out independently in several countries. One study being carried out by the Virginia Polytechnic Institute and Virginia State University seeks to develop small, inexpensive, and simple physically identical robots that can be used as a robot army. Project officials explain these robots' functionality in the following terms: "The way they behave as a group, in a coordinated manner, perform a series of physical actions, and take joint decisions." These robot armies' mechanical and electrical designs have been based on the behaviour of an ant community. They are called the "army-ant" robots because of their similarities to their insect counterparts.

The "army-ant" robot system was originally designed as a "material-carrying system." According to this scenario, several small robots would be charged with jointly lifting and carrying objects. It was later decided that they could be used for other tasks. One report describes other tasks to which they might be assigned in the future:

Nuclear and hazardous waste cleanup with robotic "swarms," mining (including material removal and search-and-rescue), mine sweeping (both land and water), surveillance and sentry, planetary surface exploration and excavation.197

In a report by Israel A. Wagner, an expert on ant robot technology, the ant robot projects were described in these terms:

Ant-robots are simple physical or virtual creatures designed to cooperate in order to achieve a common goal. They are assumed to have very limited resources of energy, sensing and computing, and to communicate via traces left in the workspace or on the ground, like many insects naturally do…

The distribution of work among multiple a(ge)nts can be made by either a central controller who sends orders to the agents, or by an a-priori agreement on a certain partitioning that, if obeyed by the agents, eventually leads to a completion of the given mission. A third way, used throughout the current work, is to design the behavior of individuals such that cooperation will naturally emerge in the course of their work, without making a-priori decisions on the structure of the cooperation. The specific application that we address is covering, which is also known as exploring or searching. This variety of names hints to the many applications this problem might have: from cleaning the floor of a house to mapping an unknown planet or demining a mine field.198

As can be seen in these examples, an ant's social lifestyle forms the basis of many projects, and the various ant-based robot technologies are providing benefits for human beings. That is why it is so important that ants and their valley are referred to in the Qur'anic account of Prophet Sulayman's (as) life. The term "ants" in the verse may refer to an army consisting of robots, future developments in robot technology, and how robots will play an important role in human life. For example, they may perform many arduous tasks and thus make people's lives more comfortable. (Allah knows best.)

197. John S. Bay, “Design of the ‘Army Ant’ Cooperative Lifting Robot,”
198. Israel A. Wagner, “My Travels With my A(u)nts: Distributed Ant Robotics,”


Posted in Ant's characteristics mentioned in the Quran by Islamic Students of Bhuvanagiri |


We divided them up into twelve tribes-communities. We revealed to Musa, when his people asked him for water: "Strike the rock with your staff." Twelve fountains flowed out from it, and all the people knew their drinking place. And We shaded them with clouds and sent down manna and quails to them: "Eat of the good things We have provided for you." They did not wrong Us; rather, they wronged themselves. (Qur'an, 7:160)

A closed artesian aquifer is confined by an overlying impermeable body of rock, which prevents any water from filtering down into the aquifer. Instead, water enters the tilted aquifer layer through a recharge area, where the aquifer rock is exposed at higher elevations. The flow in an artesian aquifer resembles water flowing through a J-shaped tube. Water added on the tube’s long side provides enough pressure to drive the water upward on the tube’s shorter side.

The above verse describes how Prophet Musa's (as) people asked him for water and how he provided places where each tribe could drink. Clearly, his people were suffering from a shortage of water. Such shortages still exist, for more than 1 billion people today lack access to clean water, and 2.4 billion still live without improved sanitation. According to projected estimates, by 2025 about 5 billion people will not have access to sufficient amounts of water.190 Every year, some 12 million people die from water scarcity; 3 million of whom are children who die from waterborne diseases.191

Today, 31 countries, comprising 8 percent of the world's population, face chronic freshwater shortages. By 2025, this number is expected to rise to 48 countries.192 According to UN predictions, renewable freshwater will become an even more limited resource by 2025, and the number of 131 million people experiencing water problems will rise to either 817 million (according to low population growth projections) or 1.079 billion (according to high population growth projections).193

Groundwater, the largest source of fresh water on Earth, represents more than 90 percent of the readily available freshwater reserves194 and is therefore of vital importance to meeting the water needs of up to 2 billion people.195 It constitutes the primary source of water for up to 50 percent of the American population, a figure that rises to 95 percent in rural areas.196 Groundwater is also the safest and most reliable source of fresh water. At the same time, this water can be used to produce geothermal energy and save energy by using heat pumps.

When the water sucked up from the soil meets an impermeable underground layer, it collects there and forms a water source. This water is then brought to the surface by the artesian method. Artesian springs are formed by sedimentary rocks that can store underground water.

The fact that artesian wells are drilled in rocky areas runs parallel to the description in the Qur'an. Given that Allah commanded Prophet Musa (as) to strike the rock, Surat al-A`raf 160 may be indicating this method. (Allah knows best.) The verb idrib, translated as "strike," can also mean "to raise, to open." Thus, this verse may be describing a water source being opened by the raising of the rock. As a result, pressurized water may have emerged, as described in the verb inbajasat (to pour out, flow freely, bubble up, flow), just as happens with artesian wells. If sufficient pressure forms, water can continue to flow to the surface without the need for a pump.

Allah is He Who created the heavens and the earth and sends down water from the sky and by it brings forth fruits as provision for you… (Qur’an, 14:32)

It is particularly striking that current solutions for dealing with water scarcity use underground water resources. In fact, one of the most effective methods of doing so is the artesian well. In other words, we might be copying Prophet Musa's (as) example of striking or lifting the rock without even knowing it. Surat al-A`raf 160 may therefore be a reference to artesian wells, the first of which was opened in 1126 in the French region of Artois. (Allah knows best.)

190. “Climate Change Adding Stress to Scarce Water Resources,” DevNews Media Center, 5 June 2003,,,contentMDK:20114416~menuPK:
191. “Water—The Essence of Life,” DevNews Media Center, 17 May 2002,,,contentMDK:20044610~menuPK:34459~pagePK:64003015~piPK:64003012~
192. “Solutions for a Water-Short World,”
193. “Water-Scarce Countries,” excerpted from Sustaining Water: Population and the Future of Renewable Water Supplies,
194. “Creation of an International Groundwater Resources Assessment Centre (INGRACE) –
an information note,” IAH (International Association of Hydrogeologists) News and Information Online,
195. “Groundwater,”
196. “The Importance of Groundwater,”

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And We made a fount of molten copper flow out for him. (Qur'an, 34:12)

One of Allah's great blessings to Prophet Sulayman (as) was "a fount of molten copper." This can be understood in several senses. By the use of melted copper, it may be referring to the existence, at his time, of an advanced technology that employed electricity. We know that copper is one of the best metals for conducting electricity and heat, and thus constitutes the basis of the electrical industry, which uses much of the copper produced in the world. The expression "flow out" may indicate that electricity can be used in many fields. (Allah knows best.)

Posted in Scientific proof82 by Islamic Students of Bhuvanagiri |


He [Yusuf] said: "No blame at all will fall on you. Today you have forgiveness from Allah. He is the Most Merciful of the merciful. Go with this shirt of mine and cast it on my father's face, and he will see again. Then come to me with all your families." And when the caravan went on its way, their father said: "I can smell Yusuf's scent! You probably think I have become senile." (Qur'an, 12:92-94)

Today, scientists state that teleporting atoms and scent molecules may be possible in the near future. In Surah Yusuf 94, Prophet Yusuf's (as) father says that he can smell his son's scent. Scientists also say that it will soon be possible to send scents in the same way as pictures and three-dimensional images are sent. Therefore, this verse might be a sign of an advanced technology developing from the current research into transmitting scent.

Like our other sense perceptions, smell forms in the brain. For example, a lemon peel's molecules stimulate the nose's scent receptors, which then transmit them in the form of electrical signals to the brain for analysis. Therefore, when the scent's signal is artificially formed in another form, the scent can be perceived in the same form. Indeed, the "electronic nose" is one of the research areas showing that this may well be possible in the near future.

A human being's scent perception system makes it possible for a trained nose to name and distinguish some 10,000 odours. Professionals in the perfumery business who have received special chemical training are able to sniff a scent that contains 100 different odorants and then list the ingredients.188 This superior creation in the human nose has encouraged many scientists to design similar equipment. Efforts are underway in various research and development centres to replicate this human scent perception system. The models developed on this basis are termed "the electronic nose."

The human nose's receptors are composed of proteins; those in its electronic counterpart are composed of a series of chemical receptors. Each receptor is designed to detect different odours; the more their distinguishing capacities are enhanced, the more difficult production becomes and the greater the cost. The signals collected by the sensors are turned into binary codes, by means of electronic systems, and then sent to a computer. The electronic systems can be thought of as imitating the nerve cells responsible for scent detection, and the computer as the brain. The computer is programmed to analyse the data and thus interprets the binary code signals.

Electronic noses are currently being used in the food, perfumery, and chemical industries, as well as in medicine. Universities and international organizations are also providing major support for such projects. Nevertheless, as stated by Julian W. Gardner of the University of Warwick, researchers are still in the early stages of this technology.189

188. Elise Hancock, "A Primer on Smell," Johns Hopkins Magazine, September 1996.
189. Mia Schmiedeskamp, "Plenty To Sniff At," Scientific American, March 2001,


Posted in Quranic science by Islamic Students of Bhuvanagiri |


Tuesday, July 8, 2008

He who possessed knowledge of the Book said: "I will bring it [the Queen of Saba's throne] to you before your glance returns to you." And when he [Sulayman] saw it standing firmly in his presence, he said: "This is part of my Lord's favour, to test me to see if I will give thanks or show ingratitude." (Qur'an, 27:40)

[He is] the Originator of the heavens and earth. When He decides on something,
He just says to it, “Be!” and it is.
(Qur’an, 2:117)

"He who possessed knowledge of the Book" told Prophet Sulayman (as) that he could bring the Queen of Saba's throne to him very quickly. This is a possible reference to the transmission of images with present-day advanced technology. Another verse on the subject reads:

A demon of the jinn said: "I will bring it to you before you get up from your seat. I am strong and trustworthy enough to do it." (Qur'an, 27:39)

In our day, text, pictures, and films can be sent anywhere in the world in a matter of seconds, thanks to the Internet and advances in computer technology. For instance, carrying the Queen's throne to Prophet Sulayman's (as) court very quickly may well refer to the fact that it will be possible to send a three-dimensional picture or image in the blink of an eye over the Internet.

According to scientists, the teleportation of atoms and molecules, as well as larger bodies, may become possible in the near future. By this method, the item's material characteristics are removed from one location and transferred in every detail and atomic sequence to another location, where they are reconstructed. If this technology becomes operational one day, time and space will no longer represent an obstacle to travel and objects will be able to be transported anywhere in a single moment without traversing any physical distance.184

In 1998, physicists at the California Institute of Technology (Caltech) working with two European groups transported a photon. The scientists formed a copy of the photon by reading its atomic structure and then transmitted that information a distance of 1 metre. In another recent teleportation experiment, Ping Koy Lam of the Australian National University (ANU) and other researchers transmitted a laser ray a short distance.185

Indeed, according to a CNN report on 17 July 2002, a group of physicists from the National Australian University in Canberra split a laser ray and "transmitted" it several metres. Ping Koy Lam, the team's head, stated that they had not yet succeeded in transmitting matter in its atomic state, but that such a thing was not impossible and may become a reality in the future.

According to a study published in the science journal Nature, Eugene Polzik of Denmark's University of Aarhus, and his colleagues performed successful experiments on a large number of atoms, using laser rays and quantum physics.186 In his analyses of teleportation's potential, published in the journal Scientific American, Australian physicist Anton Zeilinger states that far more complex systems could be teleported without violating the laws of physics.187

As the Qur'an reveals in "We will show them Our Signs on the horizon and within themselves until it is clear to them that it is the truth" (Qur'an, 41:53), these scientific advances may represent a part of the technologies indicated in the Qur'an, all of which reveal its miraculous aspects.

184. Anil Ananthaswamy, "Teleporting larger objects becomes real possibility," New Scientist, 6 February 2002.
185. Dr. David Whitehouse, BBC News Online, 17 June 2002.
186. Atom Experiment Brings Teleportation a Step Closer," Reuters, 26 September 2001,
187. James Schultz, “Teleporting, the Quantum Way,” Space News, 12 October 2000.

Posted in Predictions in the Quran by Islamic Students of Bhuvanagiri |


And to Sulayman We gave the fiercely blowing wind, speeding at his command toward the land that We had blessed. And We had full knowledge of everything. (Qur'an, 21:81)

As the above verse relates, Allah placed the wind under Prophet Sulayman's (as) command and allowed him to use it as a vehicle. There is a strong possibility of an indication here that, as in Prophet Sulayman's (as) time, wind energy will also be used in the technology of the future.

And We gave Sulayman power over the wind-a month's journey in the morning and a month in the afternoon... (Qur'an, 34:12)

The expression "a month's journey in the morning and a month in the afternoon" may be drawing attention to the fact that Prophet Sulayman (as) moved rapidly between different regions perhaps by using a technology similar to an airplane, or developed wind-powered vehicles that could cover long distances quickly. (Allah knows best.) There is thus a strong possibility that these verses point to modern airplane technology.


Posted in Sulaiman (as) mentioned in the Quran by Islamic Students of Bhuvanagiri |


And horses, mules, and donkeys both to ride and for adornment. And He creates other things you do not know. (Qur'an, 16:8)
The above verse indicates that in addition to the animals mentioned here, people will have various unknown (to them) means of transport. The following verse points to the fact that there will be such mass modes of transport as ships:

A Sign for them is that We carried their families in the laden ship. And We have created for them the like of it, in which they sail. (Qur'an, 36:41-42)

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And [I swear by] the moon when it is full, you will mount up stage by stage! What is the matter with them, that they have no faith? (Qur'an, 84:18-20)

After referring to the Moon, the above verses then say that people will mount up stage by stage. The term tarkabunna comes from the verb rakiba, (to mount, walk on a path, follow, embark upon, set about, participate, or rule). In the light of these meanings, it is very likely that the expression "you will mount up stage by stage" refers to a vehicle to be boarded.

Indeed, the astronauts' spacecraft pass through each layer of the atmosphere one by one, and then begin to pass through the Moon's gravitational field. Thus, the Moon is reached by moving through individual layers. In addition, the swearing by the Moon in Surat al-Inshiqaq 18 further strengthens this emphasis, meaning that the verse may well be a sign that humanity will travel to the Moon. (Allah knows best.)AddThis Social Bookmark Button


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