Beyond Anthropic Arrogance: Restoring the Copernican Spirit through Relational Load Minimization

This paper is conceptually paired with Yoshino (2026c), which develops the geometric and variational foundations of LMT. The present work situates LMT within the broader scientific context by offering a relational critique of anthropocentric cosmology The Strong Anthropic Principle, originally proposed by Brandon Carter (1974) as a reaction against “exaggerated subservience to the Copernican principle,” asserts that the universe and its fundamental constants must be fine-tuned for the existence of observers. This view reintroduces a form of anthropocentrism at the cosmic scale by granting observers a privileged ontological status. We argue that such an approach violates the spirit of the Copernican revolution, which teaches that no special center or privileged position should be assumed without necessity. Load Minimization Theory (LMT), extended through Layered Determinism, offers a genuinely Copernican and compassionate alternative. Treating relational states as points on a relational manifold equipped with an information-geometric metric, LMT shows that systems naturally evolve toward lower total relational load L(R) = U(R) + F(R) + E(R) through gentle gradient drift −η ∇_R L and the compassionate re-tagging operator ℛ. Apparent fine-tuning is not the result of adjustment for observers, but an emergent consequence of relational fields softly drifting toward deeper An-soku (relational harmony). By dismantling the anthropocentric arrogance embedded in the strong anthropic principle and eliminating the need for any privileged center, this framework restores scientific humility and proposes a universe where harmony emerges through gentle relational dynamics rather than imposed design. No special center is required — only the quiet, universal tendency toward lower load and An-soku.