Part 2: Rethinking the Vacuum
Rethinking the Vacuum
When “Nothing” Refuses to Behave Like Nothing
Part II of V
In modern physics, a vacuum is defined operationally: remove particles, reduce pressure, lower noise.
Yet even the best vacuums exhibit:
- residual forces (e.g. Casimir effects)
- unexplained noise floors
- geometry-dependent anomalies
The standard explanation invokes virtual particles and zero-point energy — mathematically effective, conceptually strained.
AMS reframes the vacuum as:
A region where stable vorton structures are absent, but the substrate itself remains intact and under tension.
This reframing has practical consequences.
Two vacuum systems with identical particle counts may not behave identically.
Geometry, surface curvature, and boundary topology may influence residual forces and noise.
Under AMS, “vacuum quality” becomes more than pressure.
It includes how freely torsional energy can redistribute within the substrate.
Testable directions
- Measure Casimir forces using plates with identical separation but different surface topology
- Compare noise floors in vacuum systems with altered internal geometry but equal pressure
If confirmed, this would mean we have been removing matter while ignoring structure.
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