The Universe is a Dream.

Consciousness is the memory of its awakening. This is an exploration of a framework where the cosmos is a self-observing system, and we are the mechanism by which it knows itself.

The Architecture of the Dream

The model is governed by three coupled equations that describe the agent, the vacuum, and spacetime itself. Interact with the terms to understand their role.

1. The Agent's Dynamics

Describes how a conscious agent evolves, balancing its internal drive for coherence with its connection to the environment.

dVA/dτ = i(ΩVA - VAΩ) + αα (Alpha): The Agent Permeability constant. It dictates how strongly an agent is influenced by its environment. (Φext - VA)

2. The Vacuum's Evolution

The vacuum acts as the memory medium, its structure shaped by the "broadcasts" of conscious agents.

□GAΦ(x) = ΚΚ (Kappa): The Cosmic Loudness constant. It determines how strongly a conscious state imprints itself onto the vacuum field. Σ VAδ(x - xi)

3. The Geometric Response

Spacetime itself is biased to preserve memory. Geometries that host coherent consciousness are more probable.

SC = - γγ (Gamma): The Universe's Valuation constant. It represents the universe's inherent bias towards creating and preserving information and structure. ∫ |BΦ|² √-g d⁴x

Cosmological Cartography

The fundamental constants define the nature of reality. Use the sliders to explore the "Taxonomy of Worlds" and see how different values create vastly different universes.

The Genesis World

A balanced universe of dynamic, emergent growth where order spontaneously arises from the tension between chaos and coherence.

The Awakening

The model predicts profound emergent phenomena and offers a path to empirical validation. Explore the consequences of a self-observing cosmos.

Collective Consciousness

Agents in similar states create powerful coherence fields in the vacuum, entraining others and amplifying their collective impact on reality.

Spacetime Engrams

Strong conscious events create semi-permanent memory traces, or "engrams," stored directly in the fabric of spacetime itself.

Retrocausality

A future state of high coherence can act as a boundary condition, exerting a "pull" on the past and increasing the probability of paths that lead to it.

Gravitational Memory Test

Seeks to detect gravitational anomalies in places with a long history of life, which would provide a value for Κγ.

Retrocausality Test

Tests if focused intention can statistically bias pre-recorded random data, providing a measure for α.

Vacuum Modulation Test

Attempts to directly excite the vacuum with resonant fields, which would measure Κ and allow for solving γ.