Flowline Entanglement

Entangled particles are not two separate objects communicating across space. They are two intersection points of the exact same static flow line viewed on a single "page" of our timeline.

Hydrodynamic Particle Map: Dual-dial topology showing intersection depth (mass) and tilt (charge)
Fig 3. A single TSC flow line intersects the timeline at two points: the Entry and the Exit.

Opposite Spins as Geometric Chirality

A flow line has an orientation. When our timeline slices through it, the Entry and Exit points are geometric mirror images—like a right hand pressed against a windowpane emerging looking like a left hand on the other side.

The relationship Sexit = −Sentry is a mechanical requirement, not a mysterious correlation.

The "Crease" Mechanism

Measurement forces a Temporal Crease ($\Gamma \to 1$). The timeline physically crumples around the flow line at that spot.

Because the Entry and Exit are the same object, locking the geometry at one end instantly locks the other. There is no faster-than-light signal traversing space; there is only a failure to recognize that what appears as two objects in 3D space is one object viewed through the thickness of a 4D boundary.