Abstract

The hard problem of consciousness—explaining how subjective experience arises from objective neural processes—may pose a fundamental information-accounting gap under data-processing constraints. Emergence accounts require consciousness to arise from unconscious matter without specifying an explicit encoding map for experiential information, challenging conservation-style principles that govern physical systems. This paper examines how information conservation applies to consciousness theories, identifies accounting gaps in emergence-based approaches, and explores how substrate-first models align with these principles. We propose that consciousness exhibits conservation-style invariants (Consciousness Invariance Principle, CIP), not created but organized through physical processes, and we outline testable predictions (DPI stress-tests, temporal-precedence paradigms, cross-system universality). This reframes the hard problem from explaining emergence to understanding expression through material substrates and sets up empirical and mathematical follow-ups.