This research contends that the study of the tabi‘iyat (physics), in its specific form that we know today, was initially formulated by Muslim scholars. It was the Muslims who engender physics from the Aristotelian general outlines of form and matter. History reveals that Abu Ali al-Hasan ibn al-Hasan ibn al-Haytham was the first scholar to scientifically test the premise of hypothetical questions in research with demonstrable experiments. More than two hundred years later his books were read in Europe. Today he is known in Europe as Alhazen, Alhacen, or Alhazeni. The research at hand is part of explorations of his views on physics
IbnSahl, a Muslim scholar during the Golden Age in the history of Islam, had contributed in developi...
Ibn al‐Haytham (often referred to in the literature as Alhazen, the Latin version of al‐Ḥasan) was o...
This book highlights the emergence of a new mathematicalrationality and the beginning of the mathema...
This research contends that the study of the tabi'iyat (physics), in its specific form that we know...
Concept of science in Islam has its own universal dimension, metaphysic and empiric, and diffenrent ...
The contributions of Islamic thought to the Advancement of Science in Europe, Asia, Africa and Ameri...
Hugonnard-Roche Henri. Saleh Beshara Omar, Ibn al-Haytham’s Optics. A study of the origins of experi...
It cannot be denied that Islamic philosophical thought was influenced by Greek philosophy. Many Musl...
A history of Muslims’ contribution to present-day science and technology is the exploration of the m...
In this paper the author tries to define the fundamental characteristics of the relationship between...
This diploma paper deals with the life and work of the Islamic scientist Alhazen, who worked in Cair...
Several attempts have been made by scholars, both medieval and contemporary on the impact of Islam o...
Ibn al-Haytham (965–1039), best known as Alhazen, is one of the main figures of medieval Arabi...
This paper aims to reveal the law of gravity that triggered western scientist (Sir Isaac Newton) wit...
This work is the first complete Arabic and Persian edition with English translation of Ibn Sīnā's wr...
IbnSahl, a Muslim scholar during the Golden Age in the history of Islam, had contributed in developi...
Ibn al‐Haytham (often referred to in the literature as Alhazen, the Latin version of al‐Ḥasan) was o...
This book highlights the emergence of a new mathematicalrationality and the beginning of the mathema...
This research contends that the study of the tabi'iyat (physics), in its specific form that we know...
Concept of science in Islam has its own universal dimension, metaphysic and empiric, and diffenrent ...
The contributions of Islamic thought to the Advancement of Science in Europe, Asia, Africa and Ameri...
Hugonnard-Roche Henri. Saleh Beshara Omar, Ibn al-Haytham’s Optics. A study of the origins of experi...
It cannot be denied that Islamic philosophical thought was influenced by Greek philosophy. Many Musl...
A history of Muslims’ contribution to present-day science and technology is the exploration of the m...
In this paper the author tries to define the fundamental characteristics of the relationship between...
This diploma paper deals with the life and work of the Islamic scientist Alhazen, who worked in Cair...
Several attempts have been made by scholars, both medieval and contemporary on the impact of Islam o...
Ibn al-Haytham (965–1039), best known as Alhazen, is one of the main figures of medieval Arabi...
This paper aims to reveal the law of gravity that triggered western scientist (Sir Isaac Newton) wit...
This work is the first complete Arabic and Persian edition with English translation of Ibn Sīnā's wr...
IbnSahl, a Muslim scholar during the Golden Age in the history of Islam, had contributed in developi...
Ibn al‐Haytham (often referred to in the literature as Alhazen, the Latin version of al‐Ḥasan) was o...
This book highlights the emergence of a new mathematicalrationality and the beginning of the mathema...