Causal Dimension Theory

Two ways of seeing the same reality: the familiar and the fundamental

Both Views
Light Cone (Familiar)
Causal Web (Fundamental)
Black Hole

The Light Cone: Familiar Spacetime

The boundary of C = 0. Inside: causal connection is possible. Outside: C = 0, no causal link, no temporal ordering.

TIME (future) TIME (past) SPACE C high C lower C = 0 C = 0 C = 0 boundary (light cone) spacelike spacelike
C high: strong causal binding, slow time
C lower: weaker binding, faster time
C = 0: outside light cone, no causal link

The Causal Web: What's Really There

No grid. No background. Only events and the causal threads between them. Spacetime is the pattern that emerges when you step back and look at the web.

C = C_max (event horizon) C decreasing C ≈ 0 (far from mass) causal direction (time's arrow)
Events: individual cause-and-effect moments
Threads: causal connections between events
Center: massive object, C = C_max

The Light Cone: C as Causal Potential

The light cone boundary IS the C = 0 surface. Inside, causal potential C rises as you move deeper into the timelike region. At an event horizon, C reaches its maximum.

C = 0.2 C = 0.4 C = 0.6 C = 0.8 C → 1 C = C_max event horizon future past space → ← space C = 0 (light cone boundary) C = 0 (light cone boundary) spacelike / C=0 spacelike / C=0

The Causal Web: Reality Without a Grid

Before spacetime. Only events and their causal connections. The "location" of events in space and time is a pattern that emerges from the structure of this web, not a pre-existing stage it sits on.

C = C_max maximum causal binding causal axis (time's direction) Events far from mass: sparse threads, C low, time flows quickly Events near mass: dense threads, C high, time flows slowly

Black Hole: C from Zero to Maximum

Moving from empty space toward a black hole: C rises from near-zero (sparse causal web, fast time) to C_max at the event horizon (total causal binding, time stops from outside).

C ≈ 0.05 C = 0.2 C = 0.4 C = 0.6 C = 0.8 C→1 Event Horizon C = C_max time stops (from outside) Observer A C low → Δt small time flows quickly Observer B C higher → Δt larger time flows slower

In Causal Dimension Theory, the causal potential C(x,t) is zero at the light cone boundary and increases continuously inside it. Near massive objects, C is high and clocks run slowly (Δt = k × C). At the event horizon, C reaches its maximum and time stops from an outside observer's perspective. Spacetime, the grid we intuitively imagine, is the pattern that emerges from the web of causal connections, not the stage on which causality operates.