corpuscular theory of light Antonyms
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Meaning of corpuscular theory of light
corpuscular theory of light (n)
(physics) the theory that light is transmitted as a stream of particles
corpuscular theory of light Sentence Examples
- The corpuscular theory of light, proposed by Isaac Newton, posited that light consists of tiny particles called corpuscles.
- According to the corpuscular theory of light, these corpuscles travel in straight lines until they encounter an obstacle or are absorbed by a surface.
- Newton's corpuscular theory of light aimed to explain phenomena such as reflection and refraction based on the behavior of these particles.
- The corpuscular theory of light gained traction during the 17th century, providing a framework for understanding various optical phenomena.
- However, challenges arose when the corpuscular theory struggled to explain phenomena like interference and diffraction observed in light.
- Despite its shortcomings, the corpuscular theory of light remained influential in the field of optics for many years.
- The corpuscular theory of light was challenged by wave theory, which gained prominence in the 18th and 19th centuries.
- Thomas Young's double-slit experiment provided compelling evidence in favor of wave theory over the corpuscular theory of light.
- Augustin-Jean Fresnel's work on light diffraction further supported the wave theory, leading to the eventual eclipse of the corpuscular theory.
- Although the corpuscular theory of light was ultimately superseded by wave theory, its historical significance in the development of optics cannot be overstated.
FAQs About the word corpuscular theory of light
(physics) the theory that light is transmitted as a stream of particles
No synonyms found.
No antonyms found.
The corpuscular theory of light, proposed by Isaac Newton, posited that light consists of tiny particles called corpuscles.
According to the corpuscular theory of light, these corpuscles travel in straight lines until they encounter an obstacle or are absorbed by a surface.
Newton's corpuscular theory of light aimed to explain phenomena such as reflection and refraction based on the behavior of these particles.
The corpuscular theory of light gained traction during the 17th century, providing a framework for understanding various optical phenomena.
