I recently prepublished this paper and deposited it on HAL (CNRS open archives):
Preprint Radial gravitational wave study, physical interpretation of ...
https://hal.archives-ouvertes.fr/hal-02142838
What do you think ?
Papers to suggest in this area to cross opinions?
Wave particle duality s the concept in quantum mechanics that every particle or quantum entity may be partly described in terms not only of particles, but also of waves. It expresses the inability of the classical concepts "particle" or "wave" to fully describe the behavior of quantum-scale objects.
A stochastic process that generates the footprint of a point-like elementary particle as a hopping path, owns a characteristic function that is the Fourier transform of the location density distribution of the footprint. Thus the footprint simulates a wave package,
Wave-corpuscle duality is actually an historical concept. Already at the time of Newton were controversies on whether light is a wave or a particle. Now we have quantum mechanics but no historical continuity. It was falsely claimed for a long time that classical mechanics was a limiting case of quantum mechanics. It isn't, its limiting case is geometrical optics. A particle has wave and corpuscle aspects, but these aspects are quite partial. In fact we have a classical-quantal duality.
Dear Claude Pierre Massé,
Indeed, my conclusions do not decide between wave and particle. In fact, a major conclusion is that it is neither the one nor the other, since the radiation can not be exclusively a corpuscle or exclusively a wave, that it is not both at the same time. But the corpuscular and undulatory aspects of the radiation are due to what the observer decides to determine. Either he observes the quantum of energy corresponding to the potential distributed over the entire length of the propagation of the wave, contracted at one point because of Special Relativity, or he observes the effects of this potential carried by the wave while at the along its propagation and extract an undulatory behavior. And I arrive at this conclusion by a classical approach first, by physically interpreting the fine structure constant in passing, and by a relativistic approach afterwards. It is quite funny to come to a principle of uncertainty directly from relativistic developments. So neither a wave, nor a corpuscle, nor both. But I let you read the paper. Do not hesitate to contact me after that (given your name, we probably speak the same language).
Best regards,
Alexandre.
In optics the concept of the Optical Transfer Function applies the idea that the location density distribution of the image forming objects owns a Fourier transform, which is the OTF. The location density distribution is called point spread function (PSF).
In quantum physics the location density distribution of the footprint of elementary particles equals the squared modulus of the wave function of the particle. It has a Fourier transform that describes the momentum and the Hamiltonian of the particle.
These are quite similar concepts. Composite particles like atoms and molecules have a much more complicated interrelation between their footprint and the descriptors in Fourier space. The superpositions of the components are defined in Fourier space instead of in configuration space.
Hans is right:
Article Quantum Particle-Trajectories and Geometric Phase
Einstein's relativity has already been disproved (see peer-reviewed published papers: Article Challenge to the Special Theory of Relativity
andConference Paper Clock Time Is Absolute and Universal
), which tells us the speed of light is isotropic only relative to one inertial reference frame (not all inertial reference frames). On the other hand, the speed of light can recover after going through a lens tells us that light is waves of a medium we call aether (not a bunch of particles which can never recover their speeds after going through a wall). As Michelson-Morley experiment shows that there is no absolute stationary frame or rigid aether existing in nature. Therefore, the special reference frame can only be the frame moving with aether and aether must be a fluid. Since light can exist everywhere in the visible part of the universe, aether exists everywhere too. All objects in the visible part of the universe from elementary particles to galaxies are bathed in aether. Their motion must disturb its surround aether to generate aether waves, just like the motion of a boat always generating water waves. Thus, we know that the particle-wave duality is just two coexisting phenomena!
wave-particle duality is used to avoid discontinuity when necessary, but using distributions on set functions one can avoid such impediments as well
According to my previous relativistic demonstrations, the totally logical explanation to the wave-particle duality in the light is that the light travels like a wave through a 4th Zoom dimension (Demonstration obtaining the typical wave equation for that medium) and after from many demonstrations it is concluded that the Zoom can be considered a dimension, any impulse that travels like a wave by that medium will be seen in our 3 dimensions as a "ball" that becomes larger and in any axis of coordinates is will perceive as "particle"
And for the same price you have the explanation to the wave-particle duality and the medium of transmission of light in a vacuum
Now compare it with any quantum explanation and apply the logic and Ockham's razor
http://dx.doi.org/10.13140/RG.2.2.19015.96168
It is a tricky question. First, the language of universe is duality, and the reason all planets or sun, and moon are round, it is coming from this duality, and it must be a communication remark by wave duality. Second, the wave in space is always come with temperature, therefore we can call it wave-temperature, it duality. But when we talk about photon as particle and wave, the particle is stationary and wave photon might get these particle and transfer for while. https://www.academia.edu/37998115/The_Formation_of_a_Quantum_Mechanic_Sun and Article DarkMatter in the Quantum Mechanic Universe
best wishes Javad Fardaei
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