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Science in islamic era
Science in islamic era
Science in islamic era
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Today Baghdad is a city that would be recognized as the center of war and political conflict. However, in 800 A.D, it was a celebrated metropolis of education, which attracted scholars, scientists and artists from all around the Muslim world. Much of the modern world’s scientific and philosophical knowledge has its roots in the Abbasid caliphate, and Baghdad its capital. Bayt al-Hikma, or the House of Wisdom was founded by Caliph Harun al-Rashid, and formally established by his son al-Mamun during the early middle ages of Europe. Bayt al-Hikma was a distinguished institution where a remarkable assemblage of scholars undertook the task of translating all of the scientific and philosophical classical age works into Arabic, which would be incorporated into Islam itself. The appeal towards the great library allowed for the preservation of classical age knowledge that is responsible for the facilitation of the European renascence and many of the advancements the modern world is dependent on. For the next four to five hundred years, alchemists, scientists, scholars, writers, men of letters, and copyists learned, read, wrote and translated manuscripts were originally in foreign languages for one specific purpose.
The Bayt al-Hikma was modeled after the Sassanid Imperial Library, with the similar motivation of religion. Muslims leaders have long relied on the study of astronomy to calculate the times for prayer, and in which direction Mecca was situated in relation to a city. The beginnings of the Muslim empire’s deep curiosity of knowledge can be traced back to the need to fulfill the five pillars of Islam. Religious periods such as the month of Ramadan, or the month of the hajj held a great importance in Muslim Empires, such as the an...
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...o mathematics, the Banu Musa brothers were great engineers who perfected the waterwheel, and oversaw the construction of underground channels called qanats, that the then expanding Baghdad relied on.
In contrast to the great Greek philosophers before them, the Abbasid scholars established the importance of scientific observation and experimentation. As for philosophy, Muslim scholar-translators studied classical texts, but solved problems using their own method of scientific observation rather than the pure logic of whom Aristotle was famous for. Muslim philosophers of the Bayt-al Hikma used the reasoning, and knowledge of Greek texts to aid their own philosophies and blend Greek and Islam ideas together. Perhaps the first philosopher of Islam, al-Kindi is rightly credited with being the scholar most responsible for mixing Greek philosophy with Islam philosophy.
The spread of the Islamic faith throughout the eastern world occurred due to the presence of Muslim cities. Iba Jubayr, a Spanish Muslim traveler and geographer, loves the city of Damascus as the type of paradise on earth (Doc 1). Among many Muslim cities, Damascus is a center of the Islamic faith and greatly contributed to the spreading of the Islamic faith. The Umayyad Caliphate based the Islam core in Damascus and the city’s power reached its highest point. Though Iba Jubayr provides a sufficient observation upon Damascus, his opinions were hidden due to his occupation. Being a traveler and geographer, Iba Jubayr was exposed to many various environments, some harsher than others. As a result, Jubayr’s opinion may have been wrong because a city that is nice such as Damascus can easily be viewed as a paradise on earth when compared to an extremely poor and suffering city. Even though Jubayr’s opinion is incorrect, Damascus is still an important element in the spreading of
The Early Islamic Empire was a place with Muslims, Muhammad, Abu Bakr, and other very significant phenomenonical things
Natural philosophy might have played a much smaller role in Islamic science but is not to be overlooked. Al ma’mun built observatories as high as three stories in order to gain a better understanding of the cosmos. With these tools, Islamic astronomers made accurate descriptions of the heavens and created their own geocentric views of the orbits of the heavenly bodies. Attached to many of these observatories were great libraries. Islamic libraries contained a wealth of knowledge which was taken from other civilizations and translated to Arabic such as the House of Wisdom. These libraries had upwards of 2 million books, a massive accomplishment considering they did not have movable type. The Islamic Empire also saw great advances in mathematical understanding with the creation of trigonometry and algebra.
Mansa Musa was a wealthy man with much wealth to give. Gold and wealth for him could be a key to success or a key to disaster. Mansa Musa went on the trek through Africa to convert people to Islam and to establish trade partners. He wanted to show his wealth but also he was forced to almsgive. In other words he had to share his wealth.
Sixth century Arabia, the home of Muhammad, the founder of Islam, was a place of rich cultural diversity. Prior to the rise of Islam, the majority of those living in Arabia were polytheists (Donner, 29). They worshipped various deities, such as astral gods or their own ancestors, with settled societies developing more complex religious practices that involved a single creator god with many intermediary gods (Aslan, 6). The Ka’ba, a site of religious pilgrimage in the city of Mecca that would become central to the Islamic faith, contained three hundred sixty idols representing the many gods recognized throughout the peninsula (Aslan, 3-4). The belief of most sedentary Arabs in one higher god with possible lesser gods existing as well is known as henotheism (Aslan, 8). By the time of Muhammad’s birth, henotheism was widespread in Arabian towns and cities (Aslan, 8)...
Rahman, Fazlur. Islam & Modernity: Transformation of an Intellectual Tradition. Chicago: U of Chicago, 1982. Print.
Al Hassan, Ahmad Y., and Donald R. Hill. "Pg. 58&59." Islamic Technology: An Illustrated History. Cambridge: Cambridge UP, 1986. Print.
This shows that Mecca is in the middle of many trade cities, as a result of this trade moves through the city. Trade allows people to interact and move around, when they move around they bring their religious beliefs with them. Mecca was also the home to the most famous pagan shrine, the Ka’ba(Document A).This proves that many people come to Mecca, they came seeking the Ka’ba for their own religions that were important to them. , while they were in the city they began to trade. The people came seeking the Ka’ba but they may hear some Islamic people talking about their own religion.
Mathematics in Islamic Civilization - Dr. Ragheb Elsergany - Islam Story. (n.d.). Islam Story - Supervised by Dr. Ragheb Elsergany. Retrieved April 26, 2011, from http://en.islamstory.com/mathematics-islamic-civilization.html
Islamic Spain can be seen as one of the only societies that has grasped the importance of synergy and placed this notion above the typical need for absolute control. It is here where adherents of three religions coexisted and thrived culturally, economically, and intellectually. Two works explain the history of Islamic Spain, one being a documentary by Gardner Films, Cities of Light: The Rise and Fall of Islamic Spain, and the other a book by Tamim Ansary called Destiny Disrupted: A History of The World Through Islamic Eyes. While both Ansary and Gardner Films explore the themes of Spain under Islamic rule, Gardner Films provides the viewer with a more thorough history of the region whereas Ansary remains brief and narrow with his narration. The documentary Cities of Light provides a view of Islamic Spain from its beginning to its very end. This documentary touches on every aspect of what life was like in Islamic Spain and the significance of the events that occurred there.
Upon receiving the first sacred revelation in year 610, Prophet Muhammad (PBUH) embarked on a divine mission to preach his message. These revelations were spread out over a period of 22 years. During those 22 years, Islam started to unfold and develop according to the ongoing events and circumstances. Events such as the Year of Sadness, the Night of Ascension, the Hijrah in year 622, and the building of the first Mosque in Quba all have played a role in shaping the development of the Islamic religion and adding to its complexities. The gradual introduction of the five pillars of Islam, which serve as the cornerstone of the Islamic religion, was among those complexities. One of the main pillars is Salat (Muslim prayer). Salat is one of the pillars that require an external display of faith and submission to God. The current form of salat, which is five daily prayers, took shape in year 619, about 9 years after the first revelation, and its details were fine-tuned by year 622. This paper will attempt to deconstruct the development of salat and how it became more complex, albeit less tedious, over time.
There are many terms used to describe the period after the fall of Rome and before the Renaissance, three main terms being the Middle, Medieval, and Dark Ages. In general, these terms are used interchangeably, but are these fair substitutions? In recent years the term “Dark Ages” is becoming less and less acceptable as a phrase which describes the span of years it is meant to refer to. The use of the term “dark” implies a period of stagnation, which is becoming a questionable concept. In particular, the span of time referred to in this paper is 530-1452 BCE, with specific attention paid to the scientific discoveries and innovations rather than art or literature. These dates are significant because in 529 the Academy and Lyceum in Athens were shutdown by the Byzantine emperor, thus ending the Greek intellectual influence. The date of 1453 is chosen because many Greek texts arrived in Europe in 1453 after the fall of Constantinople at the hands of the Turks, thereby reviving the struggling European scientific fields (Bunch 93). This essay will show that the medieval period was not a so-called “dark age” because of scientific innovation in the Islamic world, and is only referred to as such because of the popular bias in the West of focusing on Europe. In order to make this clear, firstly, two objections to this proposition will be analyzed and clearly refuted. Following these counter arguments, the main weight of historical facts and events in the identification and explanation of Islamic scientific innovation will be presented, showing the inaccuracy of referring to the medieval period as dark. Finally, I will show that the misleading perception of the medieval era as stagnant is due to the modern bias for the superiority of Western...
However, the ninth and tenth centuries were when Muslim philosophers’ efforts to translate these works were the most notable. From that time up to Ibn Rushd, there were a number of Islamic philosophers that were paving the way for him. The four Islamic philosophers that had the greatest impact on Ibn Rushd are the following: al- Kindi, al-Farbi, al-Ghazali, and Ibn Sina.
Ibn al Haytham was a Muslim innovator born in 965 in Basra. He is also known as Alhazen and The First Scientist. In his time, Alhazen was able to invent the first pinhole camera and a camera obscura. Before Alhazen, scientists believed that they did not have to scientifically prove their findings, however, he knew better. Every experiment or hypothesis Alhazen came up with, he submitted it to a physical test and/or proof using mathematic equations. (“Arab Inventors”)
Abu Al-Walid Muhammad Ibn Ahmad Ibn Rushd, known in Latin as Averroes, was one of the most influential Islamic philosophers and scientist. He lived in a time where Philosophy was not celebrated in the Islamic world, and philosophers were regarded as unbelievers. He, however, revived the Aristotelian philosophy stressing that it has no conflict with the belief in God, and that was the theme he used throughout his writings. He integrated religion and philosophy challenging the anti-philosophical view of the Muslim scholars at that point. That influenced a group of western scholars who used the same examination and identified themselves as the “Averroists.”