The interference of light wave is usually studied under the condition of taking the light wave as a kind of continuous wave. In fact, an atom produces a train of waves and deferent atoms produce deferent waves. Based on this,an analysis is made on the interference of light wave and the formulas of light interference are obtained.
This text discussed two light waves to take place the idealization condition of interference phenomenon and can observe an operability condition that interfere with phenomenon's occurrence in the experiment,deducing under various circumstance of theories formula.The angle applied from the engineering sets out,this text studied an examination instrument of respond to time T and light strong distinguish an ability bare to the observation of interference phenomenon of influence,put forward observation light of interference phenomenon of the fourth essential condition,to under the various condition the application bare interference phenomenon contain certain instruction function.
This article examines the essence of the phenomenon of interference and its physical nature. Interference caused by the effect of light waves is an important phenomenon that proves the wave nature of light. The article explains the basic formula of interference, conditions of constructive and destructive interference. In addition, an overview of interference in thin films and Jung's experience is given, and the fields of application of interference are considered. The article reveals the importance of the phenomenon of interference in physics and technology.
Abstract If light wave interference is the cause of the double-slit test fringe, several conclusions deduced from this principle, which are far from the objective facts, are as follows: (1) The farther the propagation distance is, the larger the light wave, and therefore the larger the spot. (2) Interference only occurs on the way from the double-slit device to the light target. The longer the optical path is, the more interference points make the pattern brighter. (3) The stripes along the way are continuously modified by interference, and the interference in the whole interval creates the stripes. The pattern of the stripes of the moving light target should change with the distance. (4) Because the principle is exactly the same, interference should be able to cause dispersion. (5) The products of light wave interference should be the new light waves that diffuse around the interference point as the center of the ball. They will not only trigger more interference but also make the increment mode of the light wave form an exponential infinite iterative cycle. This would create a singularity similar to the Big Bang. (6) Dark stripes are generated not by sustainable interference but by one-off annihilation. (7) If the light source is replaced by another wave source, the corresponding results cannot be obtained by double-slit, Michelson–Morley and refraction tests. (8) Let alone a photon passing through two slits at once, since the fringe is much fainter than the source, it proves that unaimed light cannot pass through either slit. (9) It is impossible to generate anything from the interference point of size 0. (10) It is a good method to verify the collapse principle and achievement by a double-slit test with light that has collapsed into particles. (11) The fundamental properties of quantum will challenge the principle of interference. (12) For the phenomenon of "observation can tamper with results", because this phenomenon is also known through observation, it means that it has been tampered with. (13) Only light has the characteristic of polarization, and the absence of this unique characteristic in the interference condition is a fatal flaw. (14) Similar to driving a car, light is refracted by turning the beam toward the side that slows down first. (15) The principles of geometric optics, represented by reflection and focus, are observed only by photons and not by light waves. The principle of generating a wavelet source at the point of contact is a general law that waves obey but not that light waves obey. (16) The wavelet source principle applies only to water waves but not to light waves. (17) Because the direction of vibration and propagation is orthogonal, the s-wave cannot produce the Doppler effect. It is an objective astronomical phenomenon that the double star system orbiting each other does not produce a Doppler effect. This phenomenon cannot be regarded as evidence that the speed of light is constant but only as evidence that all celestial bodies cannot produce the Doppler effect; that is, redshift is a distortion of another astronomical phenomenon. The absorption spectrum of hydrogen is not radiation, and the redshift data are disputed. The redshift cannot turn light into circular magnetic lines. Dark matter provides gravity that could destroy the solar system. Hubble's law without the Doppler effect has no basis. (18) The principle that allows light to travel properly through transparent objects is opposed to opaque ones.
Optical interference is regarded as a classical phenomenon and is usually completely described in classical terms, in which optical fields are represented by classical waves. Does it mean that optical interference, which is fundamentally ascribable to the phenomenon of a superposition of wave amplitudes, cannot be applied to test quantum phenomena? The superposition principle is at the heart of quantum physics and one could expect that it should distinguish the quantum nature of light from thewave nature. Our experience based on extensive theoretical analysis and experimental observations shows that classical and quantum theories of optical interference readily explain the presence of an interference pattern resulting from the first-order coherence. However, there are interference effects involving the higher order (second-order) coherence that distinguish the quantum (photon) nature of light from the wave nature. Quantum interference has recently returned to prominence because of its utility in manipulating spontaneous emission and other radiative properties of atomic systems. In this chapter, we present elementary concepts and definitions of both the classical and quantum theory of optical interference and discuss similarities and differences between these two approaches [80].
Abstract The theory of light waves contains a number of errors that violate a fundamental principle of physics: photons can be subdivided indefinitely. Photons can multiply indefinitely. If the phase is shifted π, the electromagnetic, light, or matter waves become negative electromagnetic, negative light, or antimatter waves, respectively, which cancel themselves out. The wavelet sources of light waves are of unknown origin. Photons can be regenerated and reused. The conditions for light waves to interfere do not take into account the effect of polarization direction. The effect of the reflected wave is not represented in the interference fringe. The weak transmittance of the double-slit device will not stand up to close scientific scrutiny. Masks similar to double slit devices do not allow the lithography machine to function properly if the light waves interfere. The pattern of fringe deduced by mathematical model is different from that of double slit interference test. Light waves without bandwidth cannot be accommodated by the theory of electromagnetic waves. The physics of light waves contradicts the principle of the Fourier transform. The spectrum of electromagnetic waves modulated by the transmitted information must produce modulation effect, but this effect does not occur in optical fiber communication. Because the size is much smaller than the wavelength, the photon is sampled equivalent to the light wave, but the corresponding physical properties are not represented by the photon. The wave-particle duality is incompatible with the Doppler principle. To sum up, the conclusion that light waves interfere with each other to produce fringes in the results of double-slit interference test is reached under the condition that most of the physical properties of waves are stripped away, and this conclusion is divorced from objectivity. The theory of light waves is not correct. In any case, light is not a wave. Light waves are misunderstood.
Abstract The theory of light waves contains a number of errors that violate a fundamental principle of physics: photons can be subdivided indefinitely. Photons can multiply indefinitely. If the phase is shifted π, the electromagnetic, light, or matter waves become negative electromagnetic, negative light, or antimatter waves, respectively, which cancel themselves out. The wavelet sources of light waves are of unknown origin. Photons can be regenerated and reused. The conditions for light waves to interfere do not take into account the effect of polarization direction. The effect of the reflected wave is not represented in the interference fringe. The weak transmittance of the double-slit device will not stand up to close scientific scrutiny. Masks similar to double slit devices do not allow the lithography machine to function properly if the light waves interfere. The pattern of the fringe deduced by the mathematical model is different from that of the double slit interference test. Light waves without bandwidth cannot be accommodated by the theory of electromagnetic waves. The physics of light waves contradicts the principle of the Fourier transform. The spectrum of electromagnetic waves modulated by the transmitted information must produce a modulation effect, but this effect does not occur in optical fiber communication. Because the size is much smaller than the wavelength, the photon is sampled equivalent to the light wave, but the corresponding physical properties are not represented by the photon. The wave-particle duality is incompatible with the Doppler principle. In summary, the conclusion that light waves interfere with each other to produce fringes in the results of the double-slit interference test is reached under the condition that most of the physical properties of waves are stripped away, and this conclusion is divorced from objectivity. The theory of light waves is not correct. In any case, light is not a wave. Light waves are misunderstood.