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| Format: | Recurso digital |
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Zenodo
2025
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| Online Access: | https://doi.org/10.5281/zenodo.17055340 |
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Table of Contents:
- <p>This paper challenges the conventional treatment of time as a fundamental dimension, proposing instead that time is an emergent illusion arising from observer-dependent interactions. Drawing from quantum mechanics, consciousness studies, and information theory, it argues that time is not an independent axis but a relational construct—defined only through mutual exchange between systems. The work reframes temporal reality as a coordination of change, not a container for it, and introduces a mathematical framework where time is a function of observer-event coupling. This perspective dissolves the “arrow of time” and offers implications for physics, meditation, simulation theory, and the nature of death.<br><br></p> <p>Note:</p> <p><br>These papers represent 20 years of studying how patterns emerge across nature—from quantum systems to traffic flow to biological processes. The work focuses on mathematically calculating these patterns, predicting their behavior, and converting observed information into quantifiable numbers to understand how systems work. This was not traditional physics research, but universal pattern analysis applied to physical phenomena.</p> <p>The insights were developed through mathematical analysis of natural pattern emergence and common sense, rather than formal academic training. AI tools assisted in translating concepts into academic language and added standard “limitations” sections that may not reflect genuine issues with the proposed theories.<br>The author may develop these ideas further if he wishes, but has discovered something far more important than pattern analysis through his own perception—the understanding of Life itself. These past 20 years of universal pattern research are therefore given freely to anyone interested in building upon these foundational insights, as the author moves on to more essential questions.</p> <p>This work is intentionally left half-developed for others to formalize mathematically or validate experimentally if they choose.</p> <p>The approach integrates insights from both Aristotelian (Western) and Vedantic logical systems alongside mathematical pattern analysis. The central focus was understanding the mathematical principles that govern when probability distributions collapse into binary outcomes—the universal transition from “maybe” to “definitely” that occurs across all natural systems, from quantum mechanics to traffic patterns to biological processes</p>