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Chemistry within an artist theory on the physics of time as a physical process

1,145 views · Published 15 September 2013 · 12:41 · Indexed 4 November 2026

Channel: Dyslexic Artist Theory on the Physics of Time · 2013 · Science & Technology

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In this video I am going to try and explain how thinking of quantum mechanics as the physics of 'time' would fit in with our understanding of chemistry. If we think of chemistry as a bridge between quantum mechanics and the biology and the reality of everyday life then if quantum mechanics does indeed represents the physics of 'time' then it should give us a deeper and more intuitive understanding of chemistry. Also chemistry will be a good way to explain how the probability of the sub-microscopic world of quantum mechanics can represent same uncertainty we have with any future event. This will be based on the physics and chemistry we already have only the interpretation will change!The easiest way to see how this process works in our everyday life is to look at how oxygen and hydrogen atoms bond together to form the characteristics of water. We have oxygen and hydrogen forming standing waves over a period of time in the form of water  molecules. In this theory the atoms do not just form standing wave over a period of time but they form their own future relative to their energy and momentum. The water  molecules will do this by continuously forming and breaking hydrogen bonds relative to the flow of the water. The molecules of water are constantly moving in relation to each other, and the hydrogen bonds are continually breaking and reforming. This process forms dipole moments with the separation of charge with the absorption and emission of photon energy. In this theory this represents the future coming into existence within the reference frame of the water relative to the energy and momentum of the water molecules.

Related subjects:
Electron orbitals and configurations 
Chemical reactions
Quantum biology
Quantum Field Theory (Idea)
Quantum Mechanics, Physics
Photon energy
Chemical structure (Field of Study)
Water molecules
Time (Dimensions)
Periodic Table of elements
Snowflake formation and diversity explained
Symmetry forming and breaking 
Time symmetry,
BZ reactions
Hydrogen bonds

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