The Deterministic Transaction: A Relativistic Reinterpretation of the Double-Slit Experiment

This paper presents a deterministic, relativistic explanation for the double-slit
experiment, bypassing the traditional quantum mechanical (QM) reliance on probability wavefunctions and Fourier-based wave packets. By defining velocity as a
complex vector where rotation exists on the imaginary (temporal) axis, we propose a mechanical origin for wave-particle duality and quantization. We argue that
observed interference patterns are geometric consequences of timeless energy transactions, and that ”wavefunction collapse” is simply the mathematical projection of
a complex vector onto the real spatial plane during an interaction.