Thought Experiment as a Logical Transformation in Transreal Logical Space | Zendy

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Thought Experiment as a Logical Transformation in Transreal Logical Space

Author(s) -

Walter Gomide

Publication year - 2019

Publication title -

transmathematica

Language(s) - English

Resource type - Journals

ISSN - 2632-9212

DOI - 10.36285/tm.v0i0.15

Subject(s) - causality (physics) , epistemology , theoretical physics , transformation (genetics) , einstein , ideal (ethics) , epr paradox , logical consequence , space (punctuation) , character (mathematics) , philosophy , mathematics , quantum , calculus (dental) , physics , quantum mechanics , quantum entanglement , mathematical physics , biochemistry , chemistry , linguistics , geometry , gene , medicine , dentistry

In this article, from the concepts of formal causality and logical transformation, defined with transreal numbers, I intend to re-analyze the famous Einstein, Podolsky and Rosen paradox (the EPR paradox), according to which Quantum Mechanics is incomplete. In order to make such an analysis of the paradox, I present a general definition of thought experiments, in terms of the concept of logical transformation in a transreal logical space, and show that the EPR paradox, in broad outlines, bases the incomplete character of Quantum Mechanics on the fact of not having a formal causality between the ideal and concrete worlds of quantum theory - these concepts, the “ideal and concrete worlds”, by their turn, are inspired by the work of the American physicist Wolfgang Smith.

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