Wave Particle Duality in Light In the 1600s, Christiaan Huygens and Isaac nitrogen proposed competing theories for unmortgageds appearance. Huygens proposed a totter theory of light speckle Newtons was a corpuscular (particle) theory of light. Huygens theory had some issues in unified observation. Newtons prestige helped lend support to his theory, so for all over a century his theory was dominant. In the early 19th century, complications arose for the corpuscular theory of light. Diffraction had been observed, for one thing, which it had trouble adequately rationalizeing. doubting Thomas Youngs triplex slit experiment resulted in obvious wave behavior and seemed to firmly support the wave theory of light over Newtons particle theory. A wave generally has to penetrate by a modal(a) of some kind. The medium proposed by Huygens had been luminiferous ethyl ethoxyethane (or in more common new-fangled terminology, ether). When jam salesclerk Maxwell quantified a s et of equations (called Maxwells laws or Maxwells equations) to explain electromagnetic radiation (including visible light) as the coevals of waves, he anticipate just such(prenominal) an ether as the medium of propagation, and his predictions were self-consistent with experimental results. The problem with the wave theory was that no such ether had ever been found.
Not only that, tho astronomic observations in stellar aberration by James Bradley in 1720 had indicated that ether would have to be stationary coition to a moving Earth. Throughout the 1800s, attempts were made to honour the ether or its movemen t directly, culminating in the famous Michel! son-Morley experiment. They all failed to genuinely detect the ether, resulting in a huge debate as the 20th century began. Was light a wave or a particle? In 1905, Albert Einstein published his base to explain the photoelectric effect, which proposed that light traveled as distinct bundles of nil. The energy contained within a photon was related to the frequency of the light. This theory...If you take to take hold of a full essay, order it on our website: OrderCustomPaper.com
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