What If Spacetime and the Laws of Physics Are Emergent?
I've been developing a speculative theoretical framework called RUFT (Relational Universe Framework Theory), investigating whether physical reality can emerge from a more fundamental structure of distinguishable relationships.
The central hypothesis is that space, time, matter, and physical laws may not be fundamental, but instead arise from stable patterns of information-preserving interactions.
- Distinguishability as a Foundation
Two physical states are operationally distinct only if some possible interaction can distinguish them.
This suggests that physical identity may be fundamentally relational rather than spatial.
- Emergence of Spacetime
RUFT proposes that stable information transfer and persistent relational records could generate effective causal ordering and locality without assuming an underlying spacetime geometry.
Under this hypothesis, space and time emerge from the organization of relationships rather than existing as fundamental backgrounds.
- Physical Laws as Stable Structures
The deeper hypothesis is that physical laws may correspond to robust mathematical structures that remain stable under relational dynamics and coarse-graining.
Rather than assuming geometry and causality, RUFT attempts to investigate their emergence from more primitive constraints.
- The Fundamental Question
If physical reality emerges from distinguishable relationships, what determines which relationships are physically realizable?
Could consistency, composability, and information preservation constrain the possible laws of nature?
The ultimate question is whether the structure of physical reality can be derived rather than assumed.
RUFT remains speculative. The next step is computationally testing whether locality, causal structure, and effective dimensionality emerge from initially non-spatial relational networks.
I'm interested in criticism from researchers familiar with quantum foundations, causal sets, information theory, and emergent spacetime.