Ibn al-Haytham, a Persian scientist in the 11th century, was one of the first to study rainbows. He wrote a detailed explanation of how rainbows form and provided a systematic explanation based on principles of optics.
Rainbows are studied by scientists called atmospheric scientists or meteorologists who specialize in studying the formation and behavior of rainbows in the atmosphere. They use principles of physics, optics, and meteorology to understand how rainbows are formed and why they appear in certain conditions.
Spherical mirrors were understood by ancient Greek philosophers, but it was the Arab scientist Alhazen in the 11th century who provided a detailed explanation of their properties through his work on optics. His writings on spherical mirrors laid the foundation for the understanding of reflection and refraction in optics.
Rainbows are important because they have cultural and symbolic significance across various societies. They are often seen as a sign of hope and promise after a storm, representing beauty and positivity. In addition, rainbows are also scientifically fascinating phenomena that help us understand light and the nature of optics.
"can anyone answer im looking to with no results" The reason you're not getting any answers is that no one "studies rainbows". Rainbows have been essentially completely explained, and we know just about everything there is to know about them, so as you can imagine there's not a great deal of interest in studying them. However, as always, for scientific terminology Latin is our friend. If there were such a thing as a scientist who studied rainbows, the term would be "iridologist." It sounds almost like a real science, doesn't it? There's only one problem: the term is already in use for a pseudo-scientific medical practice (aka "quackery") in which the patterns and colors in the iris of the eye are used to pretend to "diagnose" medical conditions. So any putative rainbow-studiers would have to come up with another term, or be forced to constantly explain that they were from an entirely different pseudo-science.
Ibn al-Haytham, a Persian scientist in the 11th century, was one of the first to study rainbows. He wrote a detailed explanation of how rainbows form and provided a systematic explanation based on principles of optics.
Robert Greenler has written: 'Chasing the Rainbow' 'Rainbows, halos, and glories' -- subject(s): Halos (Meteorology), Meteorological optics, Rainbow
The modern study of optics was established by Ibn al-Haytham (Alhazen), a Persian scientist in the 11th century who wrote the influential Book of Optics. He made significant contributions to understanding the nature of light, vision, and the principles of optics.
Rainbows are studied by scientists called atmospheric scientists or meteorologists who specialize in studying the formation and behavior of rainbows in the atmosphere. They use principles of physics, optics, and meteorology to understand how rainbows are formed and why they appear in certain conditions.
Albert A. Michelson has written: 'Studies in optics' 'Studies in optics' -- subject(s): Optics 'Studies in optics' -- subject(s): Optics
A. R. Elkington has written: 'Clinical optics' -- subject(s): Optics, Physiological optics
Spherical mirrors were understood by ancient Greek philosophers, but it was the Arab scientist Alhazen in the 11th century who provided a detailed explanation of their properties through his work on optics. His writings on spherical mirrors laid the foundation for the understanding of reflection and refraction in optics.
W. A. Douthwaite has written: 'Contact lens optics and lens design' -- subject(s): Contact lenses, Optics, Physiological optics 'Contact lens optics' -- subject(s): Contact lenses, Optics, Physiological optics
Stephen Parkinson has written: 'Treatise on optics' -- subject(s): Optics
Edward Nugent has written: 'A treatise on optics' -- subject(s): Optics
Troy E. Fannin has written: 'Clinical optics' -- subject(s): Lenses, Ocular Refraction, Optics, Optics, Physiological, Optometry, Physiological optics, Refraction, Ocular
Masud Mansuripur has written: 'Classical Optics & Its Applications' -- subject(s): Optics