Ibn al-Haytham (9651039), best known as Alhazen, is one of the main figures of medieval Arabic science. He worked on mathematics, astronomy, optics, logic, philosophy and medicine, and, as a modern scientist, questioned previous theories, challenging, for instance, the Ptolemaic theory of vision. His works on light and optics, based on experimentation, established the basis for the development of Newtons physics. Due to his great influence on the development of human knowledge, especially on the fields related to light, Ibn al-Haytham must be remembered during the commemorations of the United Nations International Year of Light and Light-based Technologies 2015
Abstract This article identifies scientists' attributes and their approaches to innovation, science...
The so-called Copernican revolution is Kuhn's most cherished example in his conception of the non-cu...
This paper reviews the state of knowledge in the field of optics, mainly in catoptrics and dioptrics...
Ibn al-Haytham (965–1039), best known as Alhazen, is one of the main figures of medieval Arabi...
Ibn al‐Haytham (often referred to in the literature as Alhazen, the Latin version of al‐Ḥasan) was o...
Ibn al-Haytham (d. 1039) is a well known scholar for his contributions in natural and mathematical s...
This article identifies scientists' attributes and their approaches to innovation, sciences, researc...
The objective of this cpapter is to explore optics in view of Ibn Haytham's work on optics.The metho...
Muslim scholars during the Golden Age of Islamic history are known to have a great interest and resp...
Bīrūnī was one of the most accomplished scientists of the entire Middle Ages, and his interests exte...
Muslim scientists played a significant role in the history of science. There were hundreds of notabl...
Ibn al-Haytham (Alhazen) represents a turning point in the history of Optics, as a key figure in the...
Science is a part of the systematic knowledge of nature which is undoubtedly acquired through a meth...
Great discoveries, inventions and innovations in the sciences as well as other branches of knowledge...
A history of Muslims’ contribution to present-day science and technology is the exploration of the m...
Abstract This article identifies scientists' attributes and their approaches to innovation, science...
The so-called Copernican revolution is Kuhn's most cherished example in his conception of the non-cu...
This paper reviews the state of knowledge in the field of optics, mainly in catoptrics and dioptrics...
Ibn al-Haytham (965–1039), best known as Alhazen, is one of the main figures of medieval Arabi...
Ibn al‐Haytham (often referred to in the literature as Alhazen, the Latin version of al‐Ḥasan) was o...
Ibn al-Haytham (d. 1039) is a well known scholar for his contributions in natural and mathematical s...
This article identifies scientists' attributes and their approaches to innovation, sciences, researc...
The objective of this cpapter is to explore optics in view of Ibn Haytham's work on optics.The metho...
Muslim scholars during the Golden Age of Islamic history are known to have a great interest and resp...
Bīrūnī was one of the most accomplished scientists of the entire Middle Ages, and his interests exte...
Muslim scientists played a significant role in the history of science. There were hundreds of notabl...
Ibn al-Haytham (Alhazen) represents a turning point in the history of Optics, as a key figure in the...
Science is a part of the systematic knowledge of nature which is undoubtedly acquired through a meth...
Great discoveries, inventions and innovations in the sciences as well as other branches of knowledge...
A history of Muslims’ contribution to present-day science and technology is the exploration of the m...
Abstract This article identifies scientists' attributes and their approaches to innovation, science...
The so-called Copernican revolution is Kuhn's most cherished example in his conception of the non-cu...
This paper reviews the state of knowledge in the field of optics, mainly in catoptrics and dioptrics...