Shadow Mass, Nature of Electrons and Molecular Bonding in the Quantum Tachyonic Gravity Framework
Shadow Mass, Nature of Electrons and Molecular Bonding in the Quantum Tachyonic Gravity Framework
This paper formalizes the concept of shadow mass within Quantum Tachyonic Gravity (QTG), defining it as the tachyonic counterpart to baryonic matter - a projected mass existing beyond the C-boundary, and its simplest observable expression - the electron. Extention: this reinterpretation is then used to reframe molecular bonding as deterministic and field-based. TL; DR: The electron is not somewhere inside a probability cloud; the electron is the probability cloud.
Quantum field theory, Molecular Bonding, Quantum physics, Quantum Theory, Electrons, Shadow Mass, Quantum Tachyonic Gravity, Quantum chemistry, QTG, Atomic physics
Quantum field theory, Molecular Bonding, Quantum physics, Quantum Theory, Electrons, Shadow Mass, Quantum Tachyonic Gravity, Quantum chemistry, QTG, Atomic physics
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