Whenever you look at gravity and Light, particularly at the double slit experiment, the obvious conclusion can only be a super fluid. Occam's razor says the simplest solution is usually the correct one, and a team at MIT just proved it last week !!!
Imagine three people looking at the same sunset. One is colourblind — they see grey and blue.One has normal vision — they see orange, red, and purple. One is a mantis shrimp(hypothetically) — they see 16 colours, including ultraviolet patterns invisible to the other two.Same sunset. Three different experiences. None of them is "wrong." Each sees the real sunset —but filtered through their biology.Now apply this to the deepest question in physics: is light a wave or a particle? The answerdepends on WHO is asking. A species that can only detect waves would say "light is a wave,obviously." A species that can only detect particles would say "light is a particle, obviously."Humans can detect both, so we're confused — we see two contradictory truths.This paper argues that wave-particle duality isn't a mystery about LIGHT. It's a fact aboutOBSERVERS. Different observers see different slices of the same reality. The universe has onenature — but no single species can see all of it. The double-slit experiment doesn't show ussomething weird about photons. It shows us the limits of our own perception. 🌌 Interactive Space Research Assistant: Explore and ask questions about this research interactively with the Quantum Ocean Framework Ai Chat (or talk directly with the Quantum Ocean Framework Ai voice conversation).
One of the yet unsolved, simplest yet fundamental problems in physics is the question of the speed ofgravitational action. Suppose that the Sun disappeared suddenly. The question is: will gravitational pull of the Sun on Earth disappear instantaneously or with a delay of the speed of light? Based onastronomical observations, some experts have argued that the direction of gravitational pull of the Sun on Earth now is directed towards the position of the Sun now, implying instantaneous transmission. Moreover, they have argued that finite speed of gravity would result in instability of planetary systems. However, another line of reasoning by this author has also shown that this literal view of instantaneous transmission is also wrong. This paradox leads us to a profound conclusion that the speed of gravity has dual nature: light speed and instantaneous. How can this be? The new finding is that causality will be (apparently or actually) violated in gravitational phenomenon as follows. Suppose that the Sun disappeared at time t = 0. The strange thing is that the Sun will anticipate its disappearance and will emit zero gravitational field toward the Earth 8.3 minutes before its actual disappearance! This signal travels at the speed of light and reach the Earth after 8.3 minutes. This means that the signal of zero gravitational field will reach the Earth at time t = 0. The arrival of zero gravitational field at the Earth will coincide exactly in time with the disappearance of the Sun, implying instantaneous transmission. Actually, the discovery of this idea of causality violation did not emerge from investigation of the gravitational phenomenon discussed above. It emerged from a line of reasoning during investigation of quantum phenomena, such as particle interference patterns in double-slit experiments, quantum entanglement, “which way” and quantum erasure experiments. From a new insight about the internal structure and dynamics of quantum particles such as photons and electrons, a conclusion has been reached that the exact point on the detector screen of a double-slit experiment where a photon will land is completely predetermined by fine tuning the initial conditions of the photon and the electron during emission. This means that where exactly a photon lands on the detecting screen is completely predetermined by its initial conditions, just as where exactly a ball lands on the ground is predetermined by its initial conditions. This means that in principle an interference pattern or any arbitrary pattern could be formed on the detector screen by (almost) infinitely fine-tuning the initial conditions of the photon during emission, regardless of whether one or both slits are open, regardless of the distance between the slits, regardless of the distance of the detecting screen. The conclusion is that aiming a photon to a particular atom on the screen requires (almost) infinite fine-tuning during emission. This raises the burning question: WHO fine-tunes the photons during emission so that they form an interference pattern or a Gaussian pattern? The emitting atom? The light source conspiring with the detecting screen? Atoms have infinitely small intelligence as to do the infinitely complex task of fine-tuning a photon. The conclusion is that a super natural being is fine-tuning and, literally, aiming each and every photon emitted not only from the light source of a double slit experiment, but also all photons emitted from all light sources in the universe. The overwhelming evidence of divine intervention is that photons and electrons cannot by themselves behave both as waves and as particles simultaneously. LITERALLY, God has been behind all confusing light speed experiments and observations made over centuries. It has been discovered that the correct model of the speed of light is a novel, seamless fusion of ether theory and emission theory ( Apparent Source Theory ). Photons cannot by themselves exhibit this dual nature. Literally, all dualities observed so far in light, electromagnetism and gravity are possible ONLY by DIRECT divine intervention.
Many different interpretations of the Quantum Theory have appeared over the one hundred years since its first formulation.The paper presents a detailed physical analysis of the process of quantum measurement, which is crucial in the development of a sound interpretation of the theory.The process of quantum measurement can be decomposed into three elementary steps, and the projection of state (or collapse of the wave function) is applied at the last step, the reading of the result of measurement by an observer.This determines a crystal clear simplest interpretation of the process and the alternative interpretation, supported by many interpretations of the theory, is obviously much more complex, so that Ockham's razor can be applied.Once this is established, a corresponding interpretation of the quantum state follows.We discuss some important issues as the superposition of states (or Schrodinger cat states), the wave particle duality and the non-local process associated to entanglement.In conclusion, many of the proposed interpretations of Quantum Mechanics appeared along the last decades can be firmly rejected, but there are open questions.