Theory of Elasticity of Spacetime

A framework proposing that spacetime itself is elastic—not just curved by gravity, but capable of stretching, compressing, and warping in ways that go beyond general relativity. Theory of Elasticity of Spacetime suggests that the fabric of reality has material properties: tensile strength, elastic limits, recovery rates. This elasticity enables speculative technologies like warp drives (stretching space behind you, compressing it ahead) and wormholes (puncturing the elastic fabric). Spacetime isn't just flexible; it's stretchy—and stretchy things can be manipulated.

Theory of Elasticity of Spacetime "Einstein said spacetime curves. Elasticity of Spacetime says it also stretches—like a rubber sheet you can pull. The Alcubierre drive works by stretching space behind and compressing it ahead. Spacetime isn't just curved; it's elastic. And elastic things can be engineered."

by Abzugal March 5, 2026

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Theory of Causality of Spacetime

A framework examining how spacetime itself enables and constrains causality—how the geometry of spacetime determines what can cause what. Theory of Causality of Spacetime asks: How does spacetime structure causal relationships? What happens in regions where spacetime is highly curved? Can causality be topologically nontrivial (closed timelike curves)? The theory explores the deep connection between the arena (spacetime) and the action (causality).

Theory of Causality of Spacetime "In flat spacetime, causality is simple: causes precede effects. In curved spacetime, near black holes, causality twists. Causality of Spacetime says that's not anomaly; it's geometry. Spacetime doesn't just host causality; it shapes it. Understanding causality means understanding its spacetime."

by Abzugal March 5, 2026

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