source: P76426GB Draft Specification (30 April 2024) — UK patent application title: “Turbine” (filed; receipt P76426GB) purpose: extract engineering numbers and structure for the build ledger

Vajra Implosive Turbine — patent extraction

What it actually is

The Vajra is described as a reversibly expandable / compressible turbine with a basket-weave blade arrangement and a variable aperture. It is not a plasmoid generator on its own; it’s a beam-and-flow concentrator that integrates into a larger system (engine + fuel + radiation + charge sources).

Functions claimed: 1. Compressor / throttle in a low-temperature operating environment (deliberate departure from conventional turbines that sit downstream of combustion). 2. Vortex generator — when rotated, the basket-weave geometry creates either an outward vortex with a vacuum on axis (used to draw in fuel) or an inward vortex compressing axis fluid. 3. Waveguide / beam focuser — conductive blades guide EM radiation (microwaves, charged-particle beams) through the tapering interior; aperture A controls focus/divergence. 4. Aperture iris — adjustable from fully closed (A = 0) to wide open by axial extension/compression of the turbine. 5. Static mixer — held stationary in a liquid, the opposing twists mix flow. 6. Ramjet aperture — A = 0 → expand to open → thrust pulse.

Hard engineering numbers from the spec

Geometric primitives

• Plate shape: crescent (two arcs of different radius of curvature).
• Outer-plate / inner-plate radius coupling: outer plate’s outer radius = inner plate’s inner radius (so the convex edges nest).
• Twist convention: “female” = clockwise, “male” = anti-clockwise. Outer and inner plates twist in opposite directions, “akin to a basket-weave.”
• Reversibility (“flip”): the whole assembly can be collapsed flat and re-expanded with the twist orientations swapped — the patent calls this “flipping” the turbine. This changes both the aerodynamic vortex direction AND, when blades alternate metal/dielectric, the EM properties of the waveguide.
• Aperture iris: at the exit, 15 tear-drop aperture plates are pinned to the outer-plate tabs. Expanding the turbine collapses the iris closed; compressing opens it.

Materials specified

• Conductors: copper or tungsten preferred. Annealed (heat → quench in Argon) to improve conductivity.
• Dielectrics: ceramic, polycarbonate. Used as alternating blades or at slot insertion points to electrically insulate outer from inner.
• Charge distributors: metal core surrounded by silicon-carbide insulator.
• Charge accumulator disc: copper, rotating, faces a series of charge generators that also rotate (counter-direction preferred).
• Charge generator: Van der Graaf with sphere on one end of a shank, pointed end opposite (the point preferentially discharges).

System integration (claims 21–25)

The patent’s system claims couple the turbine to:

• Claim 21: fuel source → turbine → engine. (ICE retrofit)
• Claim 22: EM source → turbine → wherever. (Beam focuser)
• Claim 23: charged-particle source → turbine. (Particle accelerator nozzle)
• Claim 24+25: Add a charge accumulator after the source.

So the Vajra is the bottleneck / interface element between any energetic source and a downstream consumer, with three knobs: 1. Axial extension → aperture diameter 2. Rotation rate → vortex strength 3. Blade flip → twist direction & EM polarity

What’s not in the patent

• No PUM cosmology numbers. The body diameters, the 144,000 / 25,920 / 518,400 cascade, the dimension fractions, the periodic-table mapping — none of this appears. The 15-blade default doesn’t obviously connect to “32 planes / 64 radial points” of the poster’s plasmoid lattice.
• No specific frequency for the EM source.
• No specific kV for the capacitor bank or Van der Graaf.
• No specific RPM for the rotation.
• No specific dimensions (diameter, axial length) — the spec is geometrically parametric, not numerically fixed.

This is consistent with how UK patent applications work — the inventor wants the broadest possible scope, so absolute numbers are deliberately omitted in favor of ratios and counts. Concrete numbers will be in the figures (P76426GB Draft Figures, 14 pages) and in the marketing/lecture material.

Bridge to the Plasmoid corpus

• “Vajra” = Sanskrit for diamond/thunderbolt. Section-13 of the lecture series is “SANSKRIT SHIVA LINGAM: Hartmann Whistle Version” — explicit Vedic framing.
• The basket-weave 15+15 lattice is similar in spirit to the toroidal lattice of a plasmoid but uses half as many planes (30 total vs 32+32=64 in the PUM poster) and explicitly opposite twists. So the Vajra may be a half-plasmoid / single-vortex device while a “true” Plasmoid (per PUM) is the full 32-plane × 64-radial-point lattice.
• The “ratio of volume between outer edges and inner edges = 5:1” is the only hard ratio the patent gives. Not a PUM number on its own, but worth checking against the deck/lectures: 5:1 might correspond to 5D Aether ↔ 1 Aether-unit in the model’s worldview.

Build implications

For the parametric-CAD generator I sketched in 04_distilled_structure.md:

• Vajra params: N_blades (default 15+15), plate_thickness (0.3–3 mm), slot_count (= N_blades), volume_ratio (5:1), aperture_min (0) → max (= some fn of extension).
• Driver params: capacitor_bank_count (8), charge_source_count (4 in quadrature), source_polarity_pattern ([++,−−] adjacent pairs).

These are the only firm anchors; everything else (actual diameter, RPM, kV) needs to come from the lectures or be picked by the builder.