⚠️ RESEARCH USE ONLY. Theoretical framework — not medical advice, not a treatment, not validated. Do not attempt to build or operate any apparatus described here.
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Apparatus Schematics

Conceptual signal-flow diagrams for the QAG virology research program. These illustrate how the theory maps to an experimental apparatus at a block-diagram level. They are not build instructions.

⚠️ Safety Gate

Schematics are withheld until you explicitly acknowledge the risks. Radio-frequency and ultrasonic energy can cause serious injury — burns, tissue damage, hearing damage — if misapplied. Nothing on this page is a medical treatment.


1 — Signal Chain (conceptual)

Frequency Synthesizer f_kill ± Δf Power Amplifier gain-limited Transducer Array RF / ultrasonic Exposure Chamber in-vitro only Safety Interlocks kill-switch CONCEPTUAL BLOCK DIAGRAM — NOT A BUILD GUIDE

The theoretical apparatus reduces to four stages: synthesize the predicted disruptive frequency, amplify within safe limits, couple to the sample via transducer, and expose an in-vitro sample. The safety interlock stage is drawn deliberately large — in any real experiment it would dominate the design.

2 — Resonance Targeting Logic (conceptual)

PDB structure atoms, MW f_kill = z_v × 1.5 predicted frequency Sweep ±Δf find resonance Assay measure effect Hypothesis under test — not an established effect no in-vivo validation exists CONCEPTUAL — NOT A PROTOCOL

How a prediction becomes an experiment in principle: compute f_kill from structure, sweep a band around it, and assay for structural disruption of the capsid in vitro. The red box is the point: the effect itself is the untested hypothesis.

3 — Safety Interlock Concept

Exposure enabled? default: OFF Chamber sealed Power within limit Operator present E-stop armed ANY interlock open → exposure impossible. Concept only.

Any real experiment with energetic fields needs layered interlocks: sealed chamber, power ceilings, operator presence, and a hard emergency stop — all defaulting to OFF. This is drawn to make the safety posture explicit, not to specify hardware.

Final note: These diagrams exist so the reasoning is inspectable, not so the device is buildable. If you are considering building RF/ultrasonic apparatus for biological use: don't. Talk to a qualified lab safety officer and an institutional review board first — and understand that QAG virology currently has zero experimental validation.

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