Thursday, September 6, 2012


Myth of Islamic science: Were there any great Muslim scientists?
In this provocative essay, the author argues that the notion of a golden age of Islamic learning is a myth created to counter the current sorry state of intellectual life in the Islamic world. This editor [NSR] suggests that Hindus also can learn from it and stop fantasizing about their past.
Waseem Altaf
Editor’s introduction
It is widely believed and taught, including in India, that there was a Golden Age of Islamic learning that made a major contribution to science and the arts. In India we are told that this ‘synthesis’ between Hindu and Muslim thought gave rise to a great ‘syncretic’ civilization that was suppressed and eventually destroyed by the British. This flies in the face of the fact that not a single name of a major scientist from the five-plus centuries of Islamic rule of India has come down to us. We have to go to pre-Islamic India to invoke names from the past— names like Aryabhata, Varahamihira and the like.
Al Biruni, eyewitness to the destruction of Indian learning
Al Biruni, eyewitness to the destruction of Indian learning
It is a similar story when we look at universities or centers of learning. Pre-Islamic India was renowned for its universities: Takshashila, Vikramashila, Nalanda, Ujjain and other places attracted students and scholars alike from far and wide, much like the United States. But after the establishment of the Delhi Sultanate, not a single center of learning (other than Islamic seminaries) was established for over seven centuries. The first modern universities came to be established only during the British rule.
Also worth noting is the fact that the so-called ‘synthesis’ of learning took place before Islamic invasions engulfed both India and Persia in a Dark Age. The Sassanid emperor Khosrau I deserves much of the credit for work that is wrongly credited to Islamic rulers and scholars.
Khosrau I (reigned 531 – 79) known as Anushirvan or ‘The immortal soul’ was a great patron of philosophy and knowledge. He gave refuge to scholars from the Eastern Roman Empire when the bigoted Christian Emperor Justinian closed down the neo-Platonist schools in Athens in 529 AD. (Earlier, in 415 AD Christian goons led by ‘Saint’ Cyril burnt down the great library in Alexandria and murdered the neo-Platonic scholar Hypatia who taught there, because another ‘saint’ Paul had decreed that women must keep their silence.)
Khosrau was greatly interested in Indian philosophy, science, mathematics, and medicine. He sent multiple embassies and gifts to the Indian court and requested them to send back philosophers to teach in his court in return. Khosrau made many translations of texts from GreekSanskrit, and Syriac intoMiddle Persian. He was lauded as “Plato’s Philosopher King” by the Greek refugees that he allowed into his empire because of his great interest in Platonic philosophy.
A synthesis of Greek, Persian, Indian, and Armenian learning traditions took place within the Sassanian Empire. One outcome of this synthesis created what is known as bimari-stan (‘home for the ailing’), the first hospital that introduced a concept of segregating wards according to pathology. Greek pharmacology fused with Iranian and Indian traditions resulted in significant advances in medicine.
Regrettably this pre-Islamic era of learning came to an abrupt end following the Arab (Muslim) invasions and the defeat of Sassanid Persia The reality is that most of this ‘synthesis’ took place in the pre-Islamic period until Islamic invasions sank both Persia and India into a Dark Age lasting centuries.
Al-Ghazali put an end to free thinking
Al-Ghazali put an end to free thinking
FOLKS is grateful to the author (Waseem Altaf) and the publication for the article. No photograph of the author is published out of concern for the author’s safety. Here is his essay. [NSR]
Science in the Islamic world
Rational thought in the Muslim world developed during the reign of liberal Muslim rulers of the Abbasid dynasty. However it was after the rise of scholars like Al-Ghazali that all scientific reasoning came to an end in the 13th century. As we remain enamored by our past achievements in the sciences, we forget that there is very little “original” we as Muslims can celebrate and be proud of.
It was during the reign of the early Abbasid caliphs, particularly Mamun-ur-Rashid (around 813 CE) that in his Dar-ul-Hikmah (the house of wisdom) in Baghdad, the Muslim scholars would begin translating the classic Greek works, primarily toeing the Aristotelian tradition. In addition, they were heavily relying on Persian and Indian sources. They also penned huge commentaries on works by Greek philosophers. However, the Muslim translators were small in number and were primarily driven by curiosity. More than ninety nine percent Arabic translations of works of Greek philosophers were done by either Christian or Jewish scholars. It is interesting to note that Islamic astronomy, based on Ptolemy’s system was geocentric. Algebra was originally a Greek discipline and ‘Arabic’ numbers were actually Indian.
[Sic: Not quite. Indians invented algebra, calling it bija-ganita. Greeks considered some special cases in number theory like Diophantine Equations, also known to the Indians. The cumbersome letter-based notation (like the later Roman numerals) did not lend itself to problems in algebra. The major Greek contributions were the concept of proof (known also to Indians) and above all the axiomatic method at which they excelled. The Arabs themselves never denied their indebtedness to the Hindus in astronomy, medicine and mathematics. They called their numbers ‘Hindu numerals’. As noted in the Editor’s Introduction, much of this took place in pre-Islamic Iran, especially under Khusro I. NSR]
Avicenna author of the famous Canon of Medicine
Avicenna author of the famous Canon of Medicine
Most of these works were available to the West during 12th century when the first renaissance was taking place. Although Western scholars did travel to Spain to study Arabic versions of classical Greek thought, they soon found out that better versions of original texts in Greek were also available in the libraries of the ancient Greek city of Byzantium.
Notable Muslim scholars
However, it would be unfair not to mention some of those great Muslim scholars, though very few in number, who genuinely contributed in the development of philosophy and science.
  1. Al-Razi (865 – 925 CE) from Persia, the greatest of all Muslim physicians, philosophers and alchemists wrote 184 articles and books, dismissed revelation and considered religion a dangerous thing. Al-Razi was condemned for blasphemy and almost all his books were destroyed later.
  2. Ibn-e-Sina or Avicinna (980-1037CE), another great physician, philosopher and scientist was an Uzbek. Avicenna held philosophy superior to theology. His views were in sharp contrast to central Islamic doctrines and he rejected the resurrection of the dead in flesh and blood. As a consequence of his views, he became main target of Al-Ghazali and was labeled an apostate.
  3. Ibn-e-Rushd (1126-1198 CE) or Averroes from Spain was a philosopher and scientist who expounded the Quran in Aristotelian terms. He was found guilty of heresy, his books burnt, he was interrogated and banished from Lucena.
  4. Al-Bairuni (973-1048 CE), the father of Indology and a versatile genius, was of the strong view that Quran has its own domain and it does not interfere with the realm of science. [Sic: Al-Bairuni, or Al-Biruni as he is better known in India, makes it clear that the Islamic invasions made Hindu (and Buddhistic) centers of learning their special targets. In his words: “…Hindus became like atoms of dust scattered in all directions. …This is the reason too why Hindu sciences have retired far away from those parts of the country conquered by us, and have fled to places which our (Muslim) hands cannot reach.” The last great center of mathematics was in Kerala, far from their reach. NSR]
  5. Al-Khawarazmi (780-850 CE) was another Persian mathematician, astronomer and geographer. The historian Al-Tabari considered him a Zoroastrian while others thought that he was a Muslim. However nowhere in his works has he acknowledged Islam or linked any of his findings to the holy text.
  6. Omar Kyayyam (1048-1131 CE), one of the greatest mathematicians, astronomers and poets was highly critical of religion, particularly Islam. He severely criticized the idea that every event and phenomena was the result of divine intervention. [Sic: Omar Kyayyam is known to the world mainly as the author of the Rubayiyat (in its English translation by Fitzgerald), but native Persians see him as a minor poet but a great scientist. Like all free thinkers he was denounced as a heretic. NSR]
  7. Al-Farabi (872-950 CE), another great Muslim philosopher, highly inspired by Aristotle, considered reason superior to revelation and advocated for the relegation of prophecy to philosophy.
  8. Abu Musa Jabir- bin- Hayan or Geber (721-815 CE) was an accomplished Muslim alchemist cum pharmacist. Although he was inclined towards mysticism, he fully acknowledged the role of experimentation in scientific endeavors.
  9. Ibn-ul-haitham or Hazen (965-1040 CE) was an outstanding physicist, mathematician, astronomer and an expert on optics. He was ordered by Fatimid King Al-Hakim to regulate the floods of the Nile, which he knew was not scientifically possible. He feigned madness and was placed under house arrest for the rest of his life.
Contribution of unorthodox thinkers
As we go through the life history of these great men we find that they were influenced by Greek, Babylonian or Indian contributions to philosophy and science, had a critical and reasoning mind and were ‘not good’ Muslims or even atheists. A significant number of them were reluctant to even reveal the status of their beliefs for fear of reprisal from the fanatics. They never ascribed their achievements to Islam or divinity. And they were scholars and scientists because of a critical mind which would think and derive inspiration from observation and not scriptures which set restrictions on free thinking and unhindered pursuit of knowledge.
Hence bringing in Islam to highlight achievements of Muslim scientists is nothing but sheer rhetoric as these men did not derive their achievements out of Islam or flourished due to Islam. And we find that whatever little contribution to science was made can be owed to ‘imperfect Muslims’.
[Sic: Muslims are not alone in this. Many Hindu scholars also make extravagant claims in the name of ‘Vedic science’ and the like that have no basis. Considering their numbers, the Hindus don’t have a particularly good record, compared to say, the Jews. India and Israel became independent countries around the same time but in science there is no comparison. Retreat into religion in the name of ‘spirituality’ must take its share of the blame. Hindu moneybags spend lavishly on religious endowments and dubious holy men, but are measly when it comes to supporting temples of learning. And the few they do (like the Hindu University of America) are an embarrassment and get bogged down in obscurantism and mismanagement. NSR]
Putting ‘God’s hands in chains’
However it was the ‘perfect Muslim’, the Islamist, from the 12th century who was to give the biggest blow to scientific thought in the Muslim world. Imam Ghazali (1058-1111 CE) who still occupies a centre stage among Muslim philosophers openly denounced the laws of nature and scientific reasoning.Ghazali argued that any such laws would put God’s hands in chains. He would assert that a piece of cotton burns when put to fire, not because of physical reasons but because God wants it to burn. Ghazali was also a strong supporter of the Ash’arites; philosophers who would uphold the precedence of divine intervention over physical phenomena and bitterly opposed the Mu’tazillites— or the rationalists who were the true upholders of scientific thought.
Khusro Anivarshan known as the 'Just'
Khusro Anivarshan known as the ‘Just’
In other words Ghazali championed the cause of orthodoxy and dogmatism at the cost of rationality and scientific reasoning. Today we find that all four major schools of ‘Sunni’ Islam reject the concept of ‘Ijtehad’ which can loosely be translated as ‘freedom of thought’. Hence there is absolutely no room for any innovation or modification in traditional thought patterns.
We also find that as Europe was making use of technology while transforming into a culture of machines, the acceptance of these machines was extremely slow in the Islamic world. One prime example is that of the printing press which reached Muslim lands in 1492; however printing was banned by Islamic authorities because they believed the Koran would be dishonored by appearing out of a machine. As a result, Arabs did not acquire printing press until the 18th century.
It also stands established that science is born out of secularism and democracy and not religious dogmatism. And science only flourished in places where religion had no role to play in matters of state. Hence there is an inverse relationship between religious orthodoxy and progress in science. Rational thought in the Muslim world developed during the reign of liberal Muslim rulers of the Abbasid dynasty who patronized the Mu’tazillites or rational thinkers.
However it was after the religious zealots’ compilation of the ahadis and the rise of scholars like Al-Ghazali that all scientific reasoning came to an end in the 13th century. As a consequence the Muslims contributed almost nothing to scientific progress and human civilization since the dawn of the 13th century. And while science and technology flourish in the modern world, a vast majority of Muslims, engulfed by obscurantism, still find solace in fantasies of a bygone era——the so called ‘golden age’ of Islam.
[Sic: Many Hindus today seem to be no different. In contrast, Jews and Christians don’t hark back to an imaginary Golden Age. They acknowledge their failures (like the Church dominated Dark Ages and the Inquisition) while building outstanding universities— temples of modern learning. As just noted, Hindus seem to spend a lot of money and effort trying to revive their past than build great centers of learning. NSR]
Concluding comments
Whether one agrees with the author’s radical conclusions or not, it is undeniable that the contributions to science under the great Islamic empires was disproportionately small considering their wealth and power. We already saw their record in India even during the supposedly ‘great’ Mogul empire was dismal. Part of the problem was that Islamic rulers, instead of encouraging learning, hired foreigners and mercenaries— like Hindus in India and Jews and Christians in the Ottoman Empire.
Indian Muslim historians like Irfan Habib have tried to explain this intellectual vacuum of the Islamic period in India claiming that its rulers were mainly nomadic tribes from Central Asia (like Turks) who were more interested in military exploits than learning or scholarship. But why only under Islam?— in a belt from India to Turkey and beyond, and that too only after the coming of Islam. One has to agree with the author Waseem Altaf that Islam (like Medieval Christianity) was mainly responsible for this continuing backwardness. Others, notably Hindus should learn from this and avoid getting trapped in the past.

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