The Hidden Geometry Behind Rainbows and Time

Did you know that a rare atmospheric illusion called the Brocken Spectre helped inspire the invention of the cloud chamber, revolutionizing our view of the quantum world?

In this video, I explore how rainbows, Morning Glory clouds chambers, and the fine structure constant all share a hidden geometric structure. A geometry that may hold the key to understanding quantum mechanics, time and the wave-particle duality of light and matter. This is part of my independent theory on the Physics of Time, called Quantum Atom Theory a human-originated idea that has been in development since 2008. It is based on simple 3D spherical 4πr² geometry that naturally forms Newtons 1/r², the Inverse Square Law of gravitational and EM fields. The geometry of this process arises from Huygens’s principle of spherical light waves. The wave front in the form of the surface of the sphere forms a 2D manifold for photon electron interactions. This 2D manifold forms a boundary condition within our everyday 3D space for the movement of positive and negative charges, momentum and time forming causality. Within this process light is an EM wave with particle or photon characteristics as an emergent probabilistic future comes into existence. This can be explained by linking the outward momentum of light with the forward passage of time relative to each object. With a photon ∆E = hf electron interaction between each cause and effect, between each action and reaction with the Planck constant h/2π being a constant of action. This process would form a probabilistic uncertain future in space ∆×∆pᵪ≥h/4π and time ∆E ∆t ≥ h/2π. Photon energy is continuously exchanging potential energy PE into kinetic Eₖ=½mv² energy forming greater degrees of freedom for entropy. We can think of the atoms of the periodic table as standing waves in time with the absorption and emission of light waves forming and the passage of time quantum by quantum, moment by moment. Key Topics Covered: - Brocken Spectre & Morning Glory waves - Cloud chambers & quantum particle trails - Spherical 4πr² wave geometry (Huygens’ Principle) - The Fine Structure Constant (1/137) and the Golden Ratio - Photon-electron interactions and emergent time - Why rainbows reveal something deeper about atomic structure Subscribe for more videos on: Quantum Mechanics • Time • Consciousness • Entropy • 3D Physics Thank you for supporting independent research into the nature of time and reality.

Human Perceptions of Time within a New Theory

 This video is spilt into five different parts each explaining a different aspect of time.

Part one: Linear Time 00:14 Part Two: Time as a clock-based, measurement 01:36 Part: 3 Time dilation and the curvature of spacetime 02:59 Part: 4 Cosmological Time 07:22 Part Five psychological Time 13:00 All the different concepts of time are explained by the same process of energy exchange. This is a three dimensional process of wave particle interactions based on 1/r². The waves are continuous with the interactions being quantized, ∆E = hf, or having particle characteristics. The atoms are standing waves in time with the absorption and emission of light, or EM waves, forming the passage of time. We have a photon ∆E = hf electron interaction between each cause and effect, between each action and reaction. With the Planck constant h/2π being a constant of action in the process we perceive and try to measure as time. Photon energy is continuously transforming potential energy PE of what might happen into the kinetic Eₖ=½mv² energy of what is actually happening. Therefore we have light as a wave with particle characteristics as causality unfolds with an uncertain ∆×∆pᵪ≥h/4π future coming into existence moment by moment, quantum by quantum. There is a geometrical aspect to this process because the waves are spherical 4πr². This is based on Huygens’s Principle that light is a spherical wave with each point on the wave front forming the potential for a new spherical wave. This geometry forms a process that has the be squared r² because it unfolds on the 2D surface of the sphere. Therefore the speed of the process is squared c² and the charge of the electron is squared e². The wave particle function is squared ᴪ² and velocity v². This geometry naturally forms Newton’s inverse square law and as a process of spherical symmetry breaking can form Kepler’s elliptical planetary orbits.

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