Difference between revisions of "Another Role for Corpuscles in the Double-Slit Experiment?"

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The classic double-slit experiment, first performed by Young in 1801, is often cited as proving the dual wave-particle nature of light, with an emphasis on the wave aspect. In fact, when first conducted, the conclusion refuted newton’s postulate of a corpuscular nature to light in favor of light being purely a wave. Not until the discovery of the photoelectric effect did light’s potential behavior as a particle become rejuvenated. This paper examines a possibly enhanced role for light’s corpuscular nature beyond what is currently assigned as a result of the double-slit experimental results in hope of opening yet another avenue of exploration into the still mysterious nature of light.
 
The classic double-slit experiment, first performed by Young in 1801, is often cited as proving the dual wave-particle nature of light, with an emphasis on the wave aspect. In fact, when first conducted, the conclusion refuted newton’s postulate of a corpuscular nature to light in favor of light being purely a wave. Not until the discovery of the photoelectric effect did light’s potential behavior as a particle become rejuvenated. This paper examines a possibly enhanced role for light’s corpuscular nature beyond what is currently assigned as a result of the double-slit experimental results in hope of opening yet another avenue of exploration into the still mysterious nature of light.
  
[[Category:Scientific Paper]]
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[[Category:Scientific Paper|]]
  
 
[[Category:Relativity]]
 
[[Category:Relativity]]

Latest revision as of 10:00, 1 January 2017

Scientific Paper
Title Another Role for Corpuscles in the Double-Slit Experiment?
Read in full Link to paper
Author(s) Raymond H Gallucci
Keywords Double Slit; Diffraction; Collisions; Wave-Particle Duality
Published 2015
No. of pages 3

Read the full paper here

Abstract

The classic double-slit experiment, first performed by Young in 1801, is often cited as proving the dual wave-particle nature of light, with an emphasis on the wave aspect. In fact, when first conducted, the conclusion refuted newton’s postulate of a corpuscular nature to light in favor of light being purely a wave. Not until the discovery of the photoelectric effect did light’s potential behavior as a particle become rejuvenated. This paper examines a possibly enhanced role for light’s corpuscular nature beyond what is currently assigned as a result of the double-slit experimental results in hope of opening yet another avenue of exploration into the still mysterious nature of light.

[[Category:Scientific Paper|]]