In this video, we'll be discussing the famous Arab mathematician and astronomer, Al Khwarizmi. Al Khwarizmi is best known for his work in algebra, which laid the groundwork for modern mathematics. We'll also be discussing his role in developing the algorithm, which is a mathematical formula for solving problems. This video is a great way to learn about Al Khwarizmi, his work in algebra and the algorithm, and the impact he has had on modern mathematics and computing.

Omar Khayyam A mathematician and Astronomer born in 1048, worked on numerios submet areas including, Mathematics, Astronomy, poetry, philisophy. Some of his major contribution in science including work on commentary on Euclid's Elements and a treatise on algebra, geometrics algebra (1076) and a textbook on spherical trigonometry (1079). He wrote the quatrains that were included in The Rubaiyat., Binomial theorem and extraction of roots, Jalali calnder and many more. Khayyam is famous for his epigram: "I am the Bird That strays in its own Heaven." Muslim Super Heroes https://www.facebook.com/muslimsuperheores

Al-Kindi was a famous mathematician who introduced Indian numerals to the Islamic world and introduced several new methods of breaking ciphers, notably frequency analysis. His philosophical works are largely overshadowed by those of al-Farabi, and few of his texts are available for modern scholars to examine. Al-Kindi was born in Kufa to an aristocratic family of the Kinda tribe, and was appointed to the House of Wisdom by al-Ma'mun and al-Mu'tasim. He was also well known for his beautiful calligraphy, but his star waned under al-Wthiq and al-Mutawakkil. Al-Kindi's philosophical works fell into obscurity after his death, probably because they did not find popularity amongst later Islamic philosophers. Al-Kindi wrote at least two hundred and sixty books, of which twenty-four were rediscovered in a Turkish library in the mid-twentieth century. Al-Kindi was a great philosopher who translated many important texts into Arabic. Without his work, Al-Farabi, Avicenna and al-Ghazali might not have existed. Al-Kindi's writings demonstrated the compatibility between philosophy and natural theology, and he rejected speculative theology. He also incorporated Aristotelian and neo-Platonist thought into an Islamic philosophical framework. Al-Kindi took his view of the solar system from Ptolemy, and believes that the planets and stars are rational entities whose circular motion is in obedience to and worship of God. Al-Kindi wrote several works on astrology, including The Book of the Judgement of the Stars, On the Stellar Rays, De mutatione temporum, Treatise on the Judgement of Eclipses, and The Choices of Days. Al-Kindi was the first major writer on optics since antiquity and developed a theory that everything in the world emits rays in every direction. Al-Kindi's theories on optics include the Aristotelian and Euclidean theories, which both believe that vision occurs in straight lines when "rays" from the eye reach an illuminated object and are reflected back. Al-Kindi considered Euclidean optics to be the most correct theory because it explained the experience of seeing. This theory was later translated into Latin and was the main Arabic text to affect the development of optical investigations in Europe. Al-Kindi wrote more than thirty treatises in the field of medicine, including De Gradibus, in which he demonstrated the application of mathematics to medicine. Al-Kindi's work contains one of the earliest known references to the distillation of wine, as well as recipes for 107 different kinds of perfumes. Al-Kindi authored several works on mathematics, including a work on the theory of parallels and two works on optics.