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QUANTUM NESTED WAVE

Nested Wave Theory

- a resolution to the long-standing puzzle

of quantum entaglement

By providing a physically intuitive and mathematically consistent model of entaglement, compatible with the principles of special relativity, the Nested Wave theory offers a new path forward for resolving some of the most long-standing puzzles in quantum mechanics  and for exploring the implications of entaglement for the nature of reality and the structure of space and time

A mediating wave

Our model proposes a mediating wave (Wave 1) that offers a potential mechanism for entaglement while adhereing to the principles of relativity

Experimental findings

Experimental findings suggest that the apparent nonlocality of quantum entaglement arises from the coherent interaction of a persistent parent wave with the entangled particles, rather than from direct superluminal  communication between the particles themselves

Modified Schrödinger equation governing the dynamics of the mediating wave and its interaction with the entagled Quantum Harmonic Oscillators

ℏ ∂Ψ(x_p, x₁, x₂, t) / ∂t = [-ℏ²/(2m_p) ⋅ ∇²_p - ℏ²/(2m₁) ⋅ ∇²₁ - ℏ²/(2m₂) ⋅ ∇²₂ + V(x_p, x₁, x₂) + Σ{α₁⋅[1/m₁ ⋅ ˆp₁² + A₁ ⋅ x̂₁² + C₁ ⋅ x̂₁] ⋅ e^(-κd) ⋅ (1 - e^(-κ' ⋅ d/(c ⋅ t))) ⋅ e^(-κ' ⋅ d/(c ⋅ t))}] Ψ(x_p, x₁, x₂, t) + λ' ⋅ e^(-κd) Ψ(x_p, x₁, x₂, t)

A spirit is manifest in the laws of the universe - a spirit vastly superior to that of man, and one in the face of which our modest powers must feel humble

               - Albert Einstein

Advancing Quantum Nonlocality:

Empirical Support

and Reconciliation with Special Relativity

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