Volume I · Spacetime & Gravitational Mechanics
Chronometric Engineering
The controlled construction of closed timelike curves and localized temporal gradients, enabling causality-bounded time displacement and extreme time-dilation shelters.
The Framework
The Proper-Time Circulation Equation
Relativity already lets time run at different rates for different observers; Chronometric Engineering makes that difference a control surface. At its gentle end it is a shelter where centuries pass outside in an afternoon within. At its extreme it curls a worldline back on itself — a closed timelike curve — and the discipline becomes less about propulsion than about protecting causality from the very machine that bends it.
Closed Timelike Curve Formation
Winding spacetime into loops — via rotating ultra-dense cylinders or paired wormhole mouths — along which a worldline can return to its own past.
Temporal Gradient Fields
Establishing steep, stable gradients in the flow of proper time across a small region, banking or spending subjective duration on demand.
Causality Bounding
Constraining information flow around the loop with self-consistency conditions so that no paradox-generating signal can ever propagate.
Chronology Horizon Stabilization
Suppressing the runaway vacuum fluctuations that pile up at the boundary where time travel first becomes possible, preventing the horizon from destroying itself.