Understanding the Nature of the Universe, Its Dimensions, and the Feasibility of Time Travel

This research is advanced to correct our current understanding of cosmological architecture, dimensional frameworks, and temporal displacement, introducing novel conceptual paradigms and foundational insights that present profound implications for contemporary global physics. The overarching objective of this treatise is to deliver a highly simplified, elegant, and parsimonious interpretation regarding spatial dimensions and cosmic dynamics within a singular, non-branching timeline. By ensuring the conceptual feasibility of chronological translation remains globally accessible, this framework bridges the gap between specialized theoreticians and the broader community, redefining our baseline comprehension of this remarkably elegant universe and establishing an optimized point of departure for subsequent physics. Rather than imposing an arbitrary hypothesis upon the scientific community, this model originates from a rigorous evaluation of physical history and established literature, synthesizing critical structural gaps and conceptual interfaces to formulate an original cosmic interpretation. This methodology explicitly addresses the severe geometric redundancies and theoretical complexities associated with modern multi-universe and branching history interpretations, advancing a structurally parsimonious alternative. Consequently, this paper frames these underlying mechanisms through a sequence of fundamental inquiries: what constitutes the absolute physical parameters of the past continuum; what defines the structural progression toward prospective coordinates in the future; what is the baseline definition of hidden dimensions; how does temporal navigation operate under this renewed metric; and ultimately, what is the geometric nature of the monolithic universe containing these phenomena? This model does not violate classical laws; rather, it complements, respects, and optimizes pre-existing physical conventions, rigorously accounting for both supportive and opposing pioneering viewpoints to offer a comprehensive paradigm that fully unfolds within the subsequent deconstructions.

Authors

Publication Details

Journal
Zenodo (CERN European Organization for Nuclear Research)
Published
2026-07-26
DOI
https://doi.org/10.5281/zenodo.21588830
Primary Topic
Cosmology and Gravitation Theories
Type
preprint
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preprint

Understanding the Nature of the Universe, Its Dimensions, and the Feasibility of Time Travel

Mohammed Zahran Mohammed MO-Zahran
Zenodo (CERN European Organization for Nuclear Research)
Cosmology and Gravitation Theories
preprint

Understanding the Nature of the Universe, Its Dimensions, and the Feasibility of Time Travel

Mohammed Zahran Mohammed MO-Zahran
preprint en

Abstract

This research is advanced to correct our current understanding of cosmological architecture, dimensional frameworks, and temporal displacement, introducing novel conceptual paradigms and foundational insights that present profound implications for contemporary global physics. The overarching objective of this treatise is to deliver a highly simplified, elegant, and parsimonious interpretation regarding spatial dimensions and cosmic dynamics within a singular, non-branching timeline. By ensuring the conceptual feasibility of chronological translation remains globally accessible, this framework bridges the gap between specialized theoreticians and the broader community, redefining our baseline comprehension of this remarkably elegant universe and establishing an optimized point of departure for subsequent physics. Rather than imposing an arbitrary hypothesis upon the scientific community, this model originates from a rigorous evaluation of physical history and established literature, synthesizing critical structural gaps and conceptual interfaces to formulate an original cosmic interpretation. This methodology explicitly addresses the severe geometric redundancies and theoretical complexities associated with modern multi-universe and branching history interpretations, advancing a structurally parsimonious alternative. Consequently, this paper frames these underlying mechanisms through a sequence of fundamental inquiries: what constitutes the absolute physical parameters of the past continuum; what defines the structural progression toward prospective coordinates in the future; what is the baseline definition of hidden dimensions; how does temporal navigation operate under this renewed metric; and ultimately, what is the geometric nature of the monolithic universe containing these phenomena? This model does not violate classical laws; rather, it complements, respects, and optimizes pre-existing physical conventions, rigorously accounting for both supportive and opposing pioneering viewpoints to offer a comprehensive paradigm that fully unfolds within the subsequent deconstructions.

Zenodo (CERN European Organization for Nuclear Research)
Cosmology and Gravitation Theories
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