01 / 08
Conscious agents form the fundamental ontology
Reality, at its base, is composed of interacting conscious agents — not particles, fields, or spacetime points.
Research
A formal program for a deeper reality.
Trace Logic is a mathematical framework that takes conscious agents as fundamental and derives the structure of physics — quantum theory, general relativity, the standard model — as emergent features of their dynamics.
The Eight Conjectures
Eight statements that organize the Institute's work.
02 / 08
Spacetime emerges from agent dynamics
Space and time are not the stage on which physics unfolds. They are projections of the dynamics between conscious agents.
03 / 08
Quantum formalism derives from agent interactions
The mathematics of quantum mechanics is recoverable as a limit of the formal dynamics of conscious agent networks.
04 / 08
General relativity emerges from Trace Logic
Gravity and the curvature of spacetime arise as large-scale features of the same underlying logic governing agent dynamics.
05 / 08
The Standard Model is a limiting case
The particle content and gauge structure of fundamental physics are recoverable from the dynamics of conscious agent networks.
06 / 08
Organisms are fitness-interface conscious agents
Biological organisms, including humans, are structured to optimize fitness — not to perceive truth.
07 / 08
The brain is an interface, not a substrate
The brain is constructed by perception. It is part of the interface, not the seat of consciousness.
08 / 08
Selection shapes interfaces, not truth
Natural selection rewards fitness payoffs. Truth-tracking is, generically, selected against.
Trace Logic
The mathematics underneath.
Trace Logic is the formal framework the Institute is developing to make the Eight Conjectures rigorous. It builds on the theory of conscious agents — Markovian dynamics on networks of interacting subjects — and shows how the standard mathematical objects of modern physics emerge from large-scale features of these dynamics.
Detailed papers, derivations, and computational results are in development. This page will become the canonical entry point as material is published.
Papers
Forthcoming.
A live index of preprints, peer-reviewed publications, and technical notes is being assembled. For now, see Donald Hoffman's full bibliography at the Hoffman Lab.