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Paper 1: Holographic Observer-Conditioned Relativity

Executive Overview

This paper resolves the canonical paradoxes of Causal Set Theory (specifically Kleitman-Rothschild entropy traps and Holographic bound violations) by redefining the continuous 4D spacetime bulk as an emergent "Virtual Machine" synthesized by a biological interface, rather than an objective physical reality. By modeling the fundamental objective reality as a 2D Holographic Tensor Network (d_{MM}=2), the framework successfully bypasses the Bekenstein-Hawking bound violation (N \ln N > N^{3/4}) inherent to 4D bulk random Poisson sprinklings.

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