What question did this study set out to answer?

To propose a new theory on photon behavior as a non-local field event through the Reserved Pathway Hypothesis.

January 20, 20260 citationsOpen Access

The Theory of Reserved Pathways: Light as Non-Local Field Excitation and the Decided Scenario.

Key Points

To propose a new theory on photon behavior as a non-local field event through the Reserved Pathway Hypothesis.
Introduced the Reserved Pathway Hypothesis (RPH) as a framework for light behavior.
Defined the Pathway Reservation Constant 0.6ψ as a critical activation threshold for field events.
Suggests light propagates through predetermined spatial reservations rather than as a standard ballistic particle.
Implications of non-local field excitation indicate a need to rethink current quantum theories.

Abstract

This paper presents the Reserved Pathway Hypothesis (RPH), a conceptual framework redefining photon propagation as a non-local field event. We posit that light is not a ballistic traveler but an excitation of a pre-determined spatial reservation. We introduce the Pathway Reservation Constant 0.6ψ as the threshold for field activation. Keywords: Quantum Foundations, Non-locality, Field Excitation, Reserved Pathway Hypothesis, Decided Scenario. Subjects: Quantum Physics, Foundations of Physics.

Demander à l'IA

Bookmark

View Full Paper