Theory of Causality of Matter

A framework examining how matter embodies and transmits causality—how particles, fields, and objects carry causal influence across space and time. Theory of Causality of Matter asks: What is matter's role in causality? Is matter just frozen causality? How do particles "remember" their causal history? The theory explores matter as the medium of causal transmission.

Theory of Causality of Matter "Every particle carries its history—its causes, its origins. Causality of Matter says that's not metaphor; it's physics. Matter is causality made substance. Understanding matter means reading the causal record written in its structure."

by Abzugal March 5, 2026

Theory of Causality of Thermodynamics

A framework examining how thermodynamics and causality relate—how energy flow, entropy, and heat define the direction of causal influence. Theory of Causality of Thermodynamics asks: Is the arrow of time (and thus causality) thermodynamic? Does entropy increase define the direction of cause and effect? What happens in regions where entropy decreases? The theory explores the deep connection between heat and cause.

Theory of Causality of Thermodynamics "We remember the past, not the future—that's causality's arrow. Thermodynamics says that arrow is entropy increase. Causality of Thermodynamics asks: is that all? Is causality just thermodynamics in disguise? The theory explores the heat at the heart of cause."

by Abzugal March 5, 2026

Theory of Causality of Gravity

A framework examining how gravity and causality intertwine—how gravitational fields structure causal relationships across space and time. Theory of Causality of Gravity asks: Is gravity just another force, or is it the fundamental expression of causality? How do gravitational waves carry causal influence? What happens to causality in extreme gravity? The theory explores gravity as the causal fabric itself.

Theory of Causality of Gravity "Gravity isn't just a force; it's the structure of cause and effect. Causality of Gravity says that's why gravity shapes spacetime—because spacetime is causality made geometric. Understanding gravity means understanding how causes become curves."

by Abzugal March 5, 2026

Theory of Causality of Mass

A framework examining how mass relates to causality—how massive objects shape causal relationships through gravity, inertia, and energy. Theory of Causality of Mass asks: Does mass have a causal role beyond gravity? How does mass affect the flow of causal influence? What happens to causality in regions of extreme mass density? The theory explores mass as a causal actor, not just a passive player.

Theory of Causality of Mass "Near a black hole, causality twists—time slows, light bends, effects follow strange paths. Causality of Mass says that's mass doing its causal work. Mass isn't just stuff; it's a causal structure. Understanding causality means understanding how mass shapes it."

by Abzugal March 5, 2026

Theory of Causality of Relativity

A framework examining how relativity transforms causality—how motion, gravity, and acceleration affect causal relationships. Theory of Causality of Relativity asks: What happens to cause and effect when time dilates? When space contracts? When frames of reference disagree on simultaneity? The theory explores relativity's implications for causality, asking whether causality itself is relative or absolute.

Theory of Causality of Relativity "Two events, two observers—one says A caused B, the other says B caused A. Relativity allows that. Causality of Relativity asks: what does causality mean when it's relative? Is there an absolute causal order beneath the appearances? The theory seeks the invariant in the relativistic flux."

by Abzugal March 5, 2026

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

Theory of Conservation of Causality in FTL Scenarios

A framework proposing that even in faster-than-light travel, causality is conserved—not violated, just transformed. The Theory of Conservation of Causality in FTL Scenarios suggests that FTL doesn't create paradoxes because causality, like energy, has a budget. You can spend it, move it around, but you can't destroy it. In FTL travel, causal influence might be redistributed across spacetime in ways we don't yet understand—but the total causal structure remains constant. The theory resolves the classic "FTL equals time travel" paradox by positing that causality is conserved: any apparent backward causation is balanced by forward causation elsewhere. You can't kill your grandfather because causality has a budget, and that transaction would overdraw the account.

Theory of Conservation of Causality in FTL Scenarios "They said FTL means time travel—therefore impossible. Conservation of Causality says: maybe causality is conserved, like energy. The ship goes FTL, but somewhere, somehow, causality balances the books. No paradox, just physics we don't yet understand. You can't kill your grandfather because causality won't approve the transaction."

by Abzugal March 5, 2026