This paper introduces the concept of the Negative 1 Dimension (-1D) as the fundamental "background code" of reality within the framework of the CKDM theory of everything. By drawing parallels between computer programming and physical laws, the author explores why physical reality appears robust compared to the fragility of software code. The emergence of Large Language Models (LLMs) and handheld calculators is used to illustrate how complex underlying "machine layers" can be abstracted into accessible interfaces without changing the foundational logic. The core argument posits that reality is structured in three distinct layers: Classical Physics (human intuition), Quantum Physics (machine detection), and Information Physics (the simulation hypothesis). The author critiques historical reliance on mathematical beauty—specifically the work of Einstein, Dirac, and Pauli—arguing that mathematics has been mistakenly prioritized over physical reality. Significant focus is placed on the limitations of current experimental physics, suggesting that measurements of the speed of light and the Stern-Gerlach experiment are flawed by environmental interference and atomic density. Rather than seeking new spatial axes as in String Theory, the paper suggests that probing the -1D requires understanding the logic of atomic reorganization. The author contends that modern particle physics, such as experiments conducted at the Large Hadron Collider (LHC), fails to detect this background code because smashing particles only reveals "broken metal" rather than the underlying programming. The paper concludes that while humans are confined within the "simulation," the -1D governs the characteristics and behaviors of all matter, serving as the essential rules of our reality.
Mohammad Salman Farshi Rahat (Tue,) studied this question.