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The [[scientific method]] in its modern form arguably developed in [[early Muslim philosophy]], in particular, [[citation]] ("[[isnad]]"), [[peer review]] and [[open inquiry]] leading to development of [[consensus]] ("[[ijma]]" via "[[ijtihad]]"), and a general belief that [[knowledge]] reveals [[nature]] honestly. During the [[middle ages]], significant advances in [[mathematics]], [[medicine]], [[astronomy]], [[engineering]], and many other fields originated from the [[Islamic civilization]]. During this time [[Islamic philosophy]] developed and was often pivotal in scientific debates–key figures were usually scientists and philosophers.
The [[scientific method]] in its modern form arguably developed in [[early Muslim philosophy]], in particular, [[citation]] ("[[isnad]]"), [[peer review]] and [[open inquiry]] leading to development of [[consensus]] ("[[ijma]]" via "[[ijtihad]]"), and a general belief that [[knowledge]] reveals [[nature]] honestly. During the [[middle ages]], significant advances in [[mathematics]], [[medicine]], [[astronomy]], [[engineering]], and many other fields originated from the [[Islamic civilization]]. During this time [[Islamic philosophy]] developed and was often pivotal in scientific debates–key figures were usually scientists and philosophers.


Prominent [[Iranian]]-[[Arab]] scientist, [[Ibn Al-Haitham]], used the scientific method to obtain the results in his book ''Optics''. It's known that [[Roger Bacon]] (who is usually erroneously given the credit for having founded the scientific method) was familiar with Ibn Al-Haitham's work.
Prominent [[Iranian]]-[[Arab]] scientist, [[Ibn Al-Haitham]], used the scientific method to obtain the results in his book ''Optics''. It's known that [[Roger Bacon]] (who is usually erroneously given the credit for having founded the scientific method) was familiar with Ibn Al-Haitham's work.


===Mathematics===
===Mathematics===

Revision as of 17:13, 21 December 2005

This is a subarticle to Islamic studies and science.


Islamic science is science in the context of traditional religious ideas of Islam, including its ethics and philosophy. For example, see the Fatwa Against Production, Stockpiling and use of Nuclear Weapons. A Muslim engaged in this field is called a Muslim scientist

This is not the same as science as conducted by any Muslim in a secular context. However, certain liberal movements in Islam eschew the practice of Islamic science, arguing that science should be considered separate from religion.

Photo taken from medieval manuscript by Qotbeddin Shirazi, an Astronomer. The image depicts a star constellation.

Quran

Muslim quote some verses from the Quran where they belive God is encouraging people, Muslims and non-Muslims alike, to engage in different scientific studies, in order to conclude the existence of God.

Note: all verses are translated by Sher Ali.

Science in general

Soon WE will show them Our Signs in farthest regions of the earth and among their own people until it becomes manifest to them that it is the truth. It is not enough that thy Lord is Witness over all things? Aye, they are, surely, in doubt concerning the meeting with their Lord; aye, HE, certainly, encompasses all things.
Say, `Go about in the earth and see what was the end of those who treated the Prophets as liars.'
And We made the children of Israel to pass through the sea, then Firon and his hosts followed them for oppression and tyranny; until when drowning overtook him, he said: I believe that there is no god but He in Whom the children of Israel believe and I am of those who submit.
What! Now! while thou wast disobedient before this and wast of the mischief-makers.
So this day WE will save thee in thy body alone that thou mayest be a Sign to those who come after thee. And surely many of mankind are heedless of Our Signs.
In the creation of the heavens and the earth and in the alternation of the night and the day there are indeed Signs for men of understanding.;
Who has created seven heavens in harmony. No incongruity canst thou see in the creation of the Gracious God. Then look again. Seest thou any flaw?
Verily, WE created man from an extract of clay; Then WE placed him as a drop of sperm in a safe depository; Then We made the seed a clot, then We made the clot a lump of flesh, then We made (in) the lump of flesh bones, then We clothed the bones with flesh, then We caused it to grow into another creation, so blessed be Allah, the best of the creators. [1]


Seest thou not that ALLAH drives the clouds slowly, then joins them together, then piles them up so that thou seest rain issue forth from the midst thereof? And HE sends down from the sky clouds like mountains wherein is hail, and HE smites therewith whom HE pleases, and turns it away from whom HE pleases. The flash of its lightning may well-nigh take away the sight. [2]
Have WE not made the earth as a bed, And the mountains as pegs?
And HE has placed in the earth firm mountains lest it quake with you and rivers and routes that you may find the way to your destination. [3]
Do not the disbelievers see that the heavens and the earth were a closed up-mass, then WE opened them out? And WE made of water every living thing. Will they not then believe?
Then HE turned to the heaven, while it was something like smoke, and said to it and to the earth; `Come ye both of you in obedience, willingly or unwillingly.' They said, `We come willingly. [4]

History

Rise of the Islamic science

Main article: Islamic Golden Age


Some Education systems teach that the world civilisation scientifically passed through:

  1. Greeks Era (BC)
  2. Romans Era (500 AD)
  3. Dark Ages (600-1600 AD)
  4. Renaissance (1600 AD)
  5. Industrial Revolution (1800/1900 AD)
  6. Modern Civilisation (2000-).

In Muslim view, the term "Dark Ages" is Western centric view, impliying that for around 1000 years nothing happened, no discovery, no invention, no progress.

Muslims feel that this is a censuring the role the Islamic world contributed to the world of science. In fact, they prefer to call it the "Muslim Era", since Islam just began then and in a short time produced the Islamic Golden Age [5].

Islam began to grow in the 7th century and in the following centuries, the Islamic Empire expanded to include Northern Africa, Middle East and parts of Spain. The capital of this powerful empire was Baghdad, which became a major cultural centre, favored by its location at the crossroads of the Eastern and Western worlds.

Science was encouraged by the Abbasid caliphs of Baghdad and they established the "House of Wisdom", an academy of science where they gathered important Sanskrit and Greek manuscripts and supported scholars to study and translate them. Some of these manuscripts were thus saved for humanity only through the Arabic medium.

Thus, Muslims feel that the era that followed the Romans Era and is commonly refered to as the "Dark Ages", should fairly be named the "Muslim Era".

The important contributions made by Islamic scholars can be seen in many words still in use today: alkali, algebra, alchemy, alcohol, Aldebaran, Altair, Algol, alembic, algorithm, almanac, Almagest, through to zenith and zero.

Decay of Islamic science

With the fall of Muslim Spain in 1492, scientific and technological initiative generally passed to Christian Europe and led to what we now call the Renaissance and the Enlightenment. The fiqh of Islamic Law froze more or less along classical/medieval lines, and no longer encouraged science.

Modern Islamic philosophy of science

Modern Islamic philosophy has, in response to challenges of secular science and concerns that secular society is unwilling or unable to limit its uses of dangerous technology, especially nuclear weapon or biotechnology, begun to look at the origins of science to determine what ethics or limits can or should be imposed, and what goals or visions are appropriate for science. Key figures in these debates are:

Fields

This are some of the fields Islamic science have worked with:

Scientific method

The scientific method in its modern form arguably developed in early Muslim philosophy, in particular, citation ("isnad"), peer review and open inquiry leading to development of consensus ("ijma" via "ijtihad"), and a general belief that knowledge reveals nature honestly. During the middle ages, significant advances in mathematics, medicine, astronomy, engineering, and many other fields originated from the Islamic civilization. During this time Islamic philosophy developed and was often pivotal in scientific debates–key figures were usually scientists and philosophers.

Prominent Iranian-Arab scientist, Ibn Al-Haitham, used the scientific method to obtain the results in his book Optics. It's known that Roger Bacon (who is usually erroneously given the credit for having founded the scientific method) was familiar with Ibn Al-Haitham's work.

Mathematics

Ancient Greek mathematics had an important role in the evolution of Arabic science, especially works like Euclid's classic geometry, and it is thought that they helped create the era of Islamic scientific innovation that lasted until the 14th century. Many ancient Greek books are only known because they were transcribed by Islamic scholars.

Medicine

Prophetic Medicine (al-tibb) was a genre of medical writing intended as an alternative to the Greek-based medical system (See:Galen). It advocated the traditional medical practices of Muhammad's time (those mentioned in the Qur'an). Al-tibb therapy did not require the patient's undergoing any surgical procedures.

The "Kitab fi al-jadari wa-al-hasbah", with its introduction on measles and smallpox was also very influential in Europe.

Astronomy

See also