Not because of Islam the individual accomplishments have nothing to do with Islam, Islam is a regressive faith.
Why were so many individuals able to succeed in spite of this "regressiveness" compared to the rest of the world, including Christian Europe?
Regarding your flawed analysis of Islam and Science:
"We identify seven Islamic teachings as the driving forces behind this development of
modern scientific methods that took place in the Islamic civilization:
(1) Respect for observation. The Qur'an orders man to observe nature and thus spurs
us towards the scientific method of induction.
Say: "Behold all that is
In the heavens and on earth";
But neither Signs nor Warners
Profit those who believe not.
Qur'an (10:101)
If there were, in the heavens
And the earth, other gods
Besides God, there would
Have been confusion in both!
Qur'an (21:22)
The contrast between the Islamic view of a nature packed with the signs of God that we
are commanded to observe with the Platonic distrust of the senses is unmistakable.
Muhammad Iqbal has emphasized that “the general empirical attitude of the Qur'an
which engendered in its followers a feeling of reverence for the actual, and ultimately
made them the founders of modern science. It was a great point to awaken the empirical
spirit in an age that renounced the visible as of no value in men's search after God”
(quoted by Siddiqi 1986).
The Qur'an does not see empirical observation, rational thought, and gnostic
contemplation as pulling men in different directions. It insists that all lead to God. Thus,
we are repeatedly exhorted to "see,"3 to "think,"4 and to "contemplate."5
(2) Universality. As Islam spread, its universality prevented the Arabs from a
crippling disdain for the scientific knowledge of the Greeks, Persians, Indians, Chinese,
etc. All good comes from God. This open-minded embrace of knowledge from any
source is reflected in the Islamic proverb advising the Muslims to "seek knowledge even
unto China" (Azizullah 1972). One exemplary case of how the Prophet himself applied
this principle was when he ditched his own plans for the defense of Medina in order to
adopt a plan to dig a trench around the city, put forward by Salman-al-Farsi. This was a
technique that the Persian Salman had picked up in his homeland and was hitherto
unknown in Arabia. The Prophet judged the suggestion by its merits, not by the
nationality of the proposer. This objectivity about the sources of knowledge is, of course,
merely an extension of Islam's more general principle of brotherhood:
O mankind! We created
You from a single (pair)
Of a male and a female,
And made you into
Nations and tribes, that
Ye may know each other
(Not that ye may despise
Each other)Â….
Qur'an (49:13)
The expanding Muslim civilization was "the first to give science the international
character which we consider one of its fundamental characteristics" (Taton 1963).
(3) Absence of a priesthood. The abolition of the priesthood and prohibitions of
secrecy prevented scientific knowledge from becoming the property of an elite.
Knowledge was available to everyone. In the Christian world, people went to the church
for religious instruction only. Even that instruction was a "lay" instruction, fit for the
layman. Reading of the Bible itself was discouraged for those not initiated into the
priesthood. The subtle doctrines of Christian theology might confuse the layman and
weaken his faith. It was better to provide him with pre-digested teaching.
By contrast every Muslim was expected to read and preferably memorize the Qur'an.
(The very first word of the Qur'an revealed to Muhammad was the commandment
"Read!") All knowledge was considered sacred and people came to the mosque to study
not only the Qur'an and the traditions, but mathematics, history, natural science, etc. As
the numbers of teachers and classes exceeded the space in the mosque, additional
buildings would be added around it. Thus, the world came to know its first modern
universities.
Terms coined in that era are still in use today. The teachers would sit in low chairs with
the students gathered on the carpeted floor around them. A new student interested in
learning, say mathematics, could walk into the mosque and ask, "Where is the chair of
mathematics?" or "Where is the chair of astronomy?"
(4) Material success. A materially successful society can afford to support pure
science. Other previous societies that had enjoyed some degree of prosperity had also supported science. The prosperity under Islam, however, was unprecedented, especially
given the way it was spread throughout almost all layers of society. Before Islamic
civilization had reached its second century, patronage of the arts and sciences had
reached new heights.
(5) Academic freedom. Academic freedom, necessary for science to move forward,
was inherent in the Islamic idea of individual responsibility. The Qur'an advises man that
God is "nearer to him than (his) jugular vein" (50:16), that "no bearer of burdens can bear
the burdens of another" (53:38), and "Whoever works any act of righteousness and has
faith,–his endeavor will not be rejected: We shall record it in his favor" (21:94). As
everyone is directly responsible to the Creator, and the priesthood is abolished, disputes
are to be resolved not by human authority but by truth–whatever God may have decreed
it to be.
The Western ChurchÂ’s interference into scientific matters was based on what was
perceived to be a threat to the religion. In Islam, even matters of religion are not exempt
from frank and honest discussion. Consider this excerpt from a letter of Hashimi, a cousin
of the Caliph Ma'mun, to a religious opponent:
... bring forward all the arguments you wish and say whatever you please and
speak your mind freely. Now that you are safe and free to say whatever you
please appoint some arbitrator who will impartially judge between us and lean
only towards the truth and be free from the empery of passion, and that arbitrator
shall be Reason, whereby God makes us responsible for our own rewards and
punishments. Herein I have dealt justly with you and have given you full security
and am ready to accept whatever decision Reason may give for me or against me.
For "There is no compulsion in religion" (Qur'an 2:256) and I have only invited
you to accept our faith willingly and of your own accord and have pointed out the
hideousness of your present belief. Peace be with you and the blessings of God!
(Arnold 1913)
(6) Development of principals of proper citation. The natural sciences in Islam had a
model in the development of the religious sciences as to proper citation and investigation
of the credibility of sources. The early Muslims, like the early Christians, had to contend
with a plethora of "traditions" attributed to the religion's founder. The Christians relied on
the authority of a central Church (backed by the state) to resolve the issue. Having no
priesthood, the Muslim scholars invented new techniques of historical scholarship.
Scholars such as Imams Bukhari and Muslim went on long expeditions to track down
traditions (called hadith) attributed to the Prophet's companions to their sources. They
determined the complete chain of transmission from the Prophet's companion to the
particular reporter whom they were able to find. They made biographies of every
transmitter in the chain to determine their reliability for honesty, soundness of memory,
plausibility of having met adjacent members in the chain of transmission, etc. Thus,
Muslim historians became accustomed to the process of citation, something that is an
indispensable part of modern science. The vagueness of ancient historians about their
sources stands in stark contrast to the insistence that scholars such as Bukhari and
Muslim manifested in knowing every member in a chain of transmission and examining
their reliability. They published their findings, which were then subjected to additional
scrutiny by future scholars for consistency with each other and the Qur'an. By the third
century of Islam this methodology was well developed.
Such open "historical criticism" of the Islamic traditions is a process to which Christian
texts have been subjected only in recent centuries. It is a process of analysis and
preservation in the form of a scientific study. Hadith science was original with Islam. It
was the first uniquely Islamic science and provided a precedent for open and rigorous
scholarly debate in the natural sciences that were being assimilated into the emerging
Islamic culture.
(7) Emphasis on learning and study. From the very first word of the Qur'an revealed
(Iqra!, which means "Read!"), praising the "Lord who taught man by the pen," the Qur'an
(96:1) emphasizes learning and study in all its aspects. Qur'anic teachings on the
importance of knowledge to religion and the pointing out of the signs of God in the
heavens and on earth provided an incentive for the patronage of science.
It is He Who created
The Night and the Day,
And the sun and the moon:
All (the celestial bodies)
Swim along, each in its
Rounded course.
Qur'an (21:33)"
- Imad-ad-Dean Ahmad, "The Rise and Fall of Islamic Science: The Calendar as a Case Study."
For such an accomplished man why did was he unable to make the observation the heliocentric nature of the solar system?
Ptolemaic geocentrism was the dominant theory of the time. Other Muslims apparently considered the possibility of heliocentrism.
Al-Sijzi - Wikipedia, the free encyclopedia
As an accomplished physicist, why didn't Newton develop the Theory of Special Relativity?
My question makes about as much sense as yours.
Why did his Maragha Observatory only last for 45 after being founded under a religious endowment that would suggest that the institution had suitable legal protection and could be expected to enjoy perpetual existence. Why did it fall into ruins?
What? You're thinking of a completely different person. Namely:
Qotb al-Din Shirazi - Wikipedia, the free encyclopedia
Any accomplishment were do to his own efforts and have nothing to do with Islam.
You say this repeatedly as if doing so will make it true. I have yet to see a shred of evidence from you supporting this position.
AN alchemist whose accomplishments if he actually existed at all, was in spite of Islam not because of Islam.
See above.
He died in prison for unislamic practices
Incorrect. He died after being placed under house arrest for his affiliation with a Persian noble family that fell out of favor.
Beaten for unislamic thoughts now retroactively an Islamic hero.
Inaccurate. His beating was most likely connected to "scholarly rivalries" at the translation center where he had worked. His possible persecution at the hands of a single, anti-Mu'tazilite caliph had nothing to do with Islam itself. Previous caliphs had funded his education, appointed him to scholarly positions, and asked him to tutor their children. Read the Wiki article; it won't kill you.
An example the architecture, borrowed from the Assyrians and Greeks,
Explain how Arabic, Moorish, Malinese, Persian, Ottoman, and other forms of Islamic architecture were nothing but direct plagiarizations of Assyrian and Greek architecture.
I've never attributed the concept of zero to Islamic science.
Hey, why'd you stop? What civilizations were these inventions stolen from by filthy, science-hating Muslims?
Inventions of the Islamic Golden Age - Wikipedia, the free encyclopedia
Scientific achievement in newly conquered states stagnates proportionally to the density of muslims .
Source?
As seen by the lack of scientific discovery in arabia , Science "happened " for what it is worth ,away for central control in mekka ,
Makkah was not the capital. The capital was at Baghdad (and elsewhere at other times), where science flourished.
in the years shortly after being over run by Islam in Persia Syria Turkey other places that have be victimized by IslamÂ’s bigotry and its supremacy jihad ,and then itÂ’s scientific accomplishments ended.
As with most of your arguments, history does not support this baseless contention.