Özer Öztekin
TIME IS A WAVE FILLING UP THE SPACE (aether). MASS BEING THE SOURCE OF TIME WAVES:. GRAVİTY IS THE RESULT OF THE TRACTOR BEAM EFFECT OF TIME WAVES. See;
https://www.youtube.com/watch?v=9dV_J5CD7ZY
All peculiarities or oddities attributed to Quantum Mechanics (QM) may be connected to our gross-world reality/perception if we understand the wave nature of time. As we know in our macro-world we have a unit of lowest possible time length which is Planck Time (PT). I conclude that the time dilation under the effect of gravity or velocity is due to an elongation of this unit time. We may predict that time (and hence PT) will be contracted (or shortened) at the quantum level . This would mean that time passes/flows faster under low gravitational circumstances (hence in Quantum level). Let's suppose that in QM this time unit is extremely smaller than our PT. Let's call it QT. Now let's think that we have a wheel of fortune with a black spot on its periphery. Assume that this wheel makes a complete turn in every PT. In QM level an observer would observe the spot making a circular movement around the periphery ( corresponding to wave concept in wave-particle duality) and can be found in any point on the periphery at any given QT. But, what an observer observes in our macro-world is just a stationary black spot (corresponding to particle concept in wave-particle duality). In fact for an observer taking a photo in Quantum world at every QT, there will sometimes be a black spot on the photos changing its position in each photos while sometimes there will be no black spot in the photos (recall Heisenberg uncertainity). Thus a single photo taken at one PT corresponds to many photos taken at QT intervals each of which is equally real (Superposition). In this example let’s just think that the black spot is a photon and a complete turn of the wheel simulates a wave function of that photon. To make an analogy with Young’s Double-Slit experiment get an identical wheel and a photon on it and put them side by side and assume that both wheels make a complete turn at every Planck time. If we do not observe, we know that photons have their wave functions represented by the turns of the wheel. But when we observe them we will only see two stationary spots (recall collapse of the wave function- Measurement Problem) although we know that they have their wave properties. The change in the magnitude of the Planck Time ( due to wave property of time) is responsible from this situation.
Hence, for an external observer in Macro world the situation is not dynamic, but for an internal observer in Quantum world it is dynamic and emergent, isn't it? Moreover, the situation seems to be undeterministic for the external observer while it is deterministic for the internal observer. We can say that ''time is contracted and moves faster as we go down to quantum world'' as opposed to time dilation. I am sure that further thinking on this subject brings us to the conclusion that '' Time behaves as a wave .The magnitude of its' wavelength and frequency changes according to some parameters like velocity and associated mass. For example, near a black hole its' wavelength increases and frequency decreases while the opposite is true at the quantum level. By the way what our clocks measure may be regarded as a count of these wavelenths. I beleive this approach is consistent with both Quantum Mechanics and General Relativity.
Testing the idea that Planck Time is not constant can be accomplished by serial measuremenst of Gravitational Constant 'G' using torsion pendulum experiments with the time-of-swing method. In this experiment when we increase the source mass exponentially, a slight increase in the measured value of 'G' will probably be obtained. Since Planck Time is calculated by the formula PT = (hG/2πc5)1/2 , an increase in 'G' will result in a slight increase in the calculated value of PT.
*. Oztekin O: New Insights on Time and Quantum Gravity. Advances in Physics Theories and Applications Vol.83, 2020. DOI: 10.7176/APTA/83-08.
Link: https://philarchive.org/archive/OZTNII
https://www.youtube.com/watch?v=9dV_J5CD7ZY
All peculiarities or oddities attributed to Quantum Mechanics (QM) may be connected to our gross-world reality/perception if we understand the wave nature of time. As we know in our macro-world we have a unit of lowest possible time length which is Planck Time (PT). I conclude that the time dilation under the effect of gravity or velocity is due to an elongation of this unit time. We may predict that time (and hence PT) will be contracted (or shortened) at the quantum level . This would mean that time passes/flows faster under low gravitational circumstances (hence in Quantum level). Let's suppose that in QM this time unit is extremely smaller than our PT. Let's call it QT. Now let's think that we have a wheel of fortune with a black spot on its periphery. Assume that this wheel makes a complete turn in every PT. In QM level an observer would observe the spot making a circular movement around the periphery ( corresponding to wave concept in wave-particle duality) and can be found in any point on the periphery at any given QT. But, what an observer observes in our macro-world is just a stationary black spot (corresponding to particle concept in wave-particle duality). In fact for an observer taking a photo in Quantum world at every QT, there will sometimes be a black spot on the photos changing its position in each photos while sometimes there will be no black spot in the photos (recall Heisenberg uncertainity). Thus a single photo taken at one PT corresponds to many photos taken at QT intervals each of which is equally real (Superposition). In this example let’s just think that the black spot is a photon and a complete turn of the wheel simulates a wave function of that photon. To make an analogy with Young’s Double-Slit experiment get an identical wheel and a photon on it and put them side by side and assume that both wheels make a complete turn at every Planck time. If we do not observe, we know that photons have their wave functions represented by the turns of the wheel. But when we observe them we will only see two stationary spots (recall collapse of the wave function- Measurement Problem) although we know that they have their wave properties. The change in the magnitude of the Planck Time ( due to wave property of time) is responsible from this situation.
Hence, for an external observer in Macro world the situation is not dynamic, but for an internal observer in Quantum world it is dynamic and emergent, isn't it? Moreover, the situation seems to be undeterministic for the external observer while it is deterministic for the internal observer. We can say that ''time is contracted and moves faster as we go down to quantum world'' as opposed to time dilation. I am sure that further thinking on this subject brings us to the conclusion that '' Time behaves as a wave .The magnitude of its' wavelength and frequency changes according to some parameters like velocity and associated mass. For example, near a black hole its' wavelength increases and frequency decreases while the opposite is true at the quantum level. By the way what our clocks measure may be regarded as a count of these wavelenths. I beleive this approach is consistent with both Quantum Mechanics and General Relativity.
Testing the idea that Planck Time is not constant can be accomplished by serial measuremenst of Gravitational Constant 'G' using torsion pendulum experiments with the time-of-swing method. In this experiment when we increase the source mass exponentially, a slight increase in the measured value of 'G' will probably be obtained. Since Planck Time is calculated by the formula PT = (hG/2πc5)1/2 , an increase in 'G' will result in a slight increase in the calculated value of PT.
*. Oztekin O: New Insights on Time and Quantum Gravity. Advances in Physics Theories and Applications Vol.83, 2020. DOI: 10.7176/APTA/83-08.
Link: https://philarchive.org/archive/OZTNII
less
InterestsView All (6)
Uploads
Papers by Özer Öztekin