Quantum tornado theory, theory of everything, theory that explains the acceleration of the fall of objects (gravitation), and the creation of mass in particles as occurring according to the same mechanism, which is the pressure of dark matter in the form of a tornado on the particle located inside the tornado
The theory aligns with the Theory of General Singularity (TGS), which provides a framework for understanding the quantum origins of gravity and the fundamental structure of spacetime. TGS posits that spacetime behaves like a quantum liquid, referred to as the Y2G phase, composed of discrete "atoms of space" that combine to form "molecules." This model suggests that gravitons, the carriers of gravitational force, emerge as bound states of photon pairs within this quantum fluid, thereby fundamentally linking light and gravity.
Central to TGS is the Gertsenshtein effect, which facilitates the transformation between photons and gravitons under strong gravitational or electromagnetic influences, suggesting a pathway to unify gravity with electromagnetism. The theory also introduces the concepts of gravitational and spacetime heat, providing a thermodynamic perspective on the emergent properties of spacetime, analogous to temperature effects in molecular kinetics.
Support for TGS is derived from various experimental observations, notably the detection of chiral graviton modes in fractional quantum Hall liquids, which align with the theory's predictions about quantum spacetime dynamics. Additionally, Terrestrial Gamma-ray Flashes (TGFs), intense bursts of gamma rays from atmospheric lightning, underscore the theory's validity. These flashes, potentially linked to micro black holes or dark matter particles created by high-energy lightning strikes, mimic conditions where spacetime itself undergoes quantum fluctuations, leading to observable high-energy phenomena.
Furthermore, observations around Sagittarius A*, the supermassive black hole at the center of our galaxy, provide macroscopic support for TGS. The observed dynamics there suggest a holographic nature of spacetime, where boundary theories can encapsulate bulk phenomena, consistent with TGS's predictions.
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