THE PROBABILITY EXPANSION THEORY: OBSERVER-DRIVEN STATE TRANSITIONS FROM ZERO TO INFINITE PROBABILITY UNDER TIME-SPACE DISTORTION

Michael Bahtaji

Published Aug 6, 2026• 0 citations

Abstract

DOI: 10.5281/zenodo.21816668

Related papers

THE PROBABILITY EXPANSION THEORY: OBSERVER-DRIVEN STATE TRANSITIONS FROM ZERO TO INFINITE PROBABILITY UNDER TIME-SPACE DISTORTION

Michael Bahtaji

THE PROBABILITY EXPANSION THEORY: OBSERVER-DRIVEN STATE TRANSITIONS FROM ZERO TO INFINITE PROBABILITY UNDER TIME-SPACE DISTORTION

Aug 6, 20260 citations

THE PROBABILITY EXPANSION THEORY: FROM INFINITE POSSIBILITY TO ABSOLUTE REALITY THROUGH OBSERVER-DRIVEN SPACE-TIME DISTORTION

Michael Bahtaji

Aug 6, 20260 citations

INTERPRETATIONS OF PROBABILITY AND QUANTUM THEORY

L. E. Ballentine

Foundations of probability and physicsDec 1, 200149 citations

THE PROBABILISTIC STRUCTURE OF QUANTUM THEORY AS ORIGINATING FROM OPTIMAL OBSERVATION IN THE FACE OF THE OBSERVER'S LACK OF KNOWLEDGE OF HIS OWN STATE

Sven Aerts

Mar 5, 20140 citations

EXTENSIONS OF QUANTUM THEORY CANONICALLY ASSOCIATED TO CLASSICAL PROBABILITY MEASURES

Luigi Accardi

Lecture notes series, Institute For Mathematical SciencesAug 25, 20171 citation

QUANTUM INFORMATION IN SPACE AND TIME AND THEORY OF STOCHASTIC PROCESSES

Igor Vasil'evich Volovich

May 1, 20022 citations