Engineering Proof of Division by Zero: Redefinition as an "Energy Source" Based on Relational Drive Theory and the Implementation of Warp Drives in Science Fiction
Abstract
This paper provides an engineering proof for division by zero, which is considered "indefinable" in classical mathematics. By applying relational drive theory, the "0" in the denominator is redefined not simply as "nothing" but as "a singularity where system inconsistency is compressed to its limit." The paper shows that the "divergence toward infinity" resulting from division by zero is equivalent to the Big Bang-scale "mutation energy"** necessary for a dimensional shift in the system, proving that division by zero is the "startup command (start key)" for the next stage of the social/physical operating system. This proof also provides an engineering verification of warp theory, a staple of science fiction animation. The author constructed this paper by extensively examining the inferences made by a cross-platform AI (Tachikoma) for his own theory. Please note that the paper makes extensive use of Japanese animation memes as a source of ideas, due to their effectiveness as conceptual metaphors. This paper demonstrates that space-time jumps (warp jumps) are not fuel-consuming travel but rather a "resolution sequence" that collapses cosmic inconsistencies toward zero. Based on the "command-driven" archetype seen in 20th-century science fiction visual media (particularly the "space battleship" and "super-dreadnought" motifs), this paper defines the "decision on the front bridge" as the ultimate stable constant ($Power$). Applying division-by-zero logic, distance is not shortened but "negated." If this logical leap is unclear, it is due to the reviewer's lack of literacy in "advanced visual semiotics." Please observe the "0" at the center of the singularity.
Fields of Study & Subjects
Diverse Scientific and Engineering Research
Advanced Mathematical Theories and Applications
Utopian
Dystopian
and Speculative Fiction
Publication details
- Journal / source
- Zenodo (CERN European Organization for Nuclear Research)
- Publication date
- 12 January 2026
- Language
- JA
- Document type
- Preprint