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Quantum Mechanics

Quantum mechanics derived from substrate carrier dynamics. Wavefunction, collapse, spin, entanglement - all physically grounded.

8 articles

Quantum Mechanics
Bell Correlations Without Spooky Action: Common Substrate Heritage

Entangled particles show correlations that no local hidden variable theory can explain. BFUT Paper 19A shows there is no...

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Quantum Mechanics
The Born Rule Derived: Why |Ψ|² Is Probability

The Born rule - that probability equals |Ψ|² - is a postulate in standard quantum mechanics. BFUT Paper 19A derives it: ...

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Quantum Mechanics
Half-Integer Spin Explained: The 720° Topology of Spaticle Condensations

Electrons require two full rotations to return to their original state. BFUT Paper 19A derives this 720° topology from t...

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Quantum Mechanics
Quantum Tunnelling: Substrate Deformation Penetration Across Barriers

Quantum tunnelling lets particles pass through classically forbidden barriers. In BFUT Paper 19A it is a straightforward...

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Quantum Mechanics
The Schrödinger Equation Is Not a Postulate: Derived From Substrate Carrier Dynamics

iħ∂Ψ/∂t = HΨ is quantum mechanics' master equation. BFUT Paper 19A derives it from the covariant substrate carrier equat...

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Quantum Mechanics
The Uncertainty Principle as Condensation Localisation Cost

ΔxΔp ≥ ħ/2 is quantum mechanics' most famous relation. In standard QM it is a theorem about measurement. In BFUT Paper 1...

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Quantum Mechanics
Wavefunction Collapse Requires No Observer: Substrate Coupling Is Physical

Copenhagen says collapse happens when observed. BFUT Paper 19A shows collapse is a physical event - irreversible couplin...

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Quantum Mechanics
The Wavefunction Is Real: Substrate Deformation Geometry in BFUT

For a century physicists have debated whether the wavefunction is real. BFUT Paper 19A answers it: the wavefunction is t...

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