Consciousness and Emergent Reality: A Speculative Framework Linking Quantum Mechanics and General Relativity

This paper develops a speculative but disciplined conceptual framework connecting consciousness, quantum theory, and the emergence of spacetime. Drawing on ideas from Integrated Information Theory and approaches in which spacetime geometry is grounded in entanglement structure, the framework explores how consciousness might be situated within fundamental physics without claiming to alter established theory. A two-level interpretation is proposed. At the first (conservative) level, consciousness is understood as an informational property of physical systems that becomes correlated with quantum measurement outcomes in the ordinary way described by standard quantum theory. On this view, consciousness accompanies observation, but does not itself play a causal role in determining which outcome occurs. At the second (speculative) level, consciousness is tentatively allowed to weakly bias which physically permissible outcomes are realised, while still respecting constraints such as no-signalling. The aim of the paper is not to defend consciousness as a physical cause, but to articulate a clear conceptual space in which such questions can be asked without confusion. A companion paper develops a mathematical formalisation of the speculative level and shows how it might, in principle, be tested. Together, the papers invite philosophical and scientific reflection on whether consciousness may have any structured role in the emergence of physical reality.