Bell's theorem and the foundations of modern physics

F. Selleri, G. Tarozzi van der Merwe, Gino Tarozzi

Reinhold A. Bertlmann

J. S. Bell, Alwyn van der Merwe, F. Selleri +1 more

John Stewart Bell and the debate on the significance of his contributions to the foundations of quantum mechanics, M.Jammer John Bell as a deep critical testimony of modern physics, V. de Alfaro magic moments with John Bell, R. Bertlmann what if Bell had come before Copenhagen?, J. Cushing quantum mechanics vs. realism in the context of two-state oscillations, D. Home one or two bell theorems?, B. Despagnat self interference of two photons, J. Rarity polarization correlation analysis of the simultaneous two-photon emission of metastable hydrogen, H. Kleinpoppen unneeded use of Bell inequalities conceals the physics in the EPR subject, O. Piccioni Bell's other theorem and its connection with nonlocality - Part 1 H. Brown Bell's other theorem and its connection with nonlocality - Part 2 A. Elby historical reflections on the notion of an objective reality, P .Feyerabend interference, indistinguishability and nonlocality, L. Mandel quantum physics from the viewpoint of realism, F. Selleri (Part contents).

Seungyoung Choi

This paper aims to examine the EPR paradox and Bell’s theorem, which can be regarded as foundational concepts of modern physics, from the perspective of QTIP cosmology. In modern physics, the EPR paradox, assuming locality and realism, raised questions about the completeness of quantum theory, while Bell’s theorem showed that local hidden-variable theories cannot reproduce the predictions of quantum mechanics. This study attempts an interpretation of these two key proposals based on the premise in QTIP cosmology that absolute information exists in the imaginary domain. Furthermore, it proposes that the imaginary domain in which absolute information exists can be interpreted as Hilbert space, and further presents the possibility that this imaginary-domain absolute-information preservation space may be understood in a realist sense.