What question did this study set out to answer?

The research aims to reconsider the fundamental nature of entangled particles in the context of quantum mechanics.

March 25, 2026Open Access

Wavefunction Oneness and the EPR-Bell Nonlocality Question

Key Points

The research aims to reconsider the fundamental nature of entangled particles in the context of quantum mechanics.
Traced connections from fundamental particles to EPR-Bell pairs
Analyzed historical perspectives on nonlocality and wavefunction
Reviewed accepted quantum practices
Proposes that traditional ontological views may have misled understanding of entanglement
Suggests that the answer to the EPR-Bell question lies within existing quantum frameworks
Indicates the possibility of a unified approach to interpreting entangled pairs

Abstract

Wavefunction Oneness and the EPR–Bell Nonlocality Question A question first sharpened by Einstein, Podolsky, and Rosen in 1935, and later transformed by Bell, still echoes through modern physics: what kind of thing is an entangled pair before measurement? This paper explores the possibility that the answer has been hiding in plain sight for decades within accepted quantum practice itself. By tracing a line from atoms, molecules, and hadrons to the EPR-Bell pair, it asks whether one of physics’ oldest mysteries has been approached from the wrong ontological starting point.

Wavefunction Oneness and the EPR-Bell Nonlocality Question

Key Points

Abstract

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