Maximum Potential “Power of the Ether”

Maximum Potential “Power of the Ether” (AMS) — what we can say without handwaving

1) There are at least three different meanings of “maximum power”

A) Maximum power density the substrate can deliver through a region (W/m³).
B) Maximum extractable power in a practical device (engineering limit).
C) Maximum stable power before the substrate or matter coupling catastrophically reconfigures (breakdown).

Here we cover B and C.

2) In AMS terms, the limiter is “how hard you can bias the substrate” before breakdown

If you crank spatial tension gradients too high:

  • insulators ionize,
  • matter lattices rupture,
  • plasma channels form,
  • the system finds a low-resistance path and dumps tension violently.

That is electrical breakdown / arcing.
So practical extraction is limited by:

  • maximum sustainable AMS gradient without uncontrolled channel formation,
  • and the geometry/materials used to steer reconfiguration.

3) The “ceiling” in practice looks like known breakdown regimes

Even in conventional terms:

  • every medium has a breakdown field,
  • every conductor has current density limits (heating, electromigration),
  • every geometry has corona/arcing thresholds.

In AMS terms:

  • these are limits on stable, steerable micro-slip without runaway reconfiguration.

4) A conservative takeaway

The AMS may be “immense,” but what you can induce is gated by:

  • coupling efficiency to matter knots,
  • and how close you can run to catastrophic reconfiguration without losing control.

So the deep question becomes:

  • can we discover geometries that couple strongly to the substrate while remaining stable?
    Resonant structures (Tesla-style) are one plausible route in this ontology.

5) What would “really big” AMS extraction look like?

It would look like:

  • ultra-high gradient control without breakdown,
  • very high-Q torsion resonators,
  • controlled channel formation (plasma as a tool, not a failure),
  • and materials that can survive intense micro-torsion without chaotic collapse.

But any claim beyond this needs concrete experiments and numbers.

6) A good next step scientifically

Define measurable proxies in this model:

  • “maximum stable gradient” before runaway,
  • “torsion Q-factor” of a structure,
  • “micro-slip rate ceiling” before heat dominates,
  • “coherence retention” of reconfiguration (clean vs noisy power).

These are testable.

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