Derive a physics result using Generate-Verify-Revise loop with decoupled verification
The user's input is: $ARGUMENTS
| Key | Value |
|---|---|
| domain | physics |
| command | derive |
| noun | derivation |
| verb | derive |
| agent_title | Physics Derivation |
| session_skill | alethic-derive |
| strategy_reset_addendum | (from "Strategy Reset Addendum" section below) |
| adversarial_verifier | true for thorough/extreme presets; false otherwise — enables 5-round adversarial self-correction in all verifier Task calls |
| adversarial_breaker | true for thorough/extreme presets; false otherwise — enables adversarial breaker probe on CORRECT verdicts |
Append this to the Generator's user message (unless
--no-balancedis set):
Injected into the Generator prompt (replacing the standard failed_approaches block) when a stall reset is triggered. The
{failed_approaches}placeholder is filled by the orchestrator.
The derivation strategies listed below have been attempted and FAILED. You are FORBIDDEN from using them.
{failed_approaches}
For each strategy above: DO NOT use it. DO NOT adapt it. DO NOT build on it. If your plan uses any of these strategies, you MUST change your plan. Reflect on your approach — if it resembles any of the above, choose a different one.
You MUST use a categorically different derivation technique. Start from a completely different physical or mathematical foundation. Consider approaches from a different formalism entirely (e.g., if Lagrangian methods failed, try Hamiltonian; if perturbation theory failed, try exact methods or symmetry arguments).
/alethic-derive "Derive the energy spectrum of the quantum harmonic oscillator" — defaults (5 iter, 3 rev, 50 budget)/alethic-derive -p quick "Derive the classical period of a simple pendulum" — quick preset/alethic-derive -p thorough "Derive the hydrogen atom energy spectrum from the Schrodinger equation" — thorough preset/alethic-derive -p quick -i 4 "Show that F=ma follows from the Lagrangian" — quick preset with iteration override/alethic-derive -i 8 -r 5 "Derive the Dirac equation from relativistic quantum mechanics" — extended/alethic-derive -t 0.95 "Derive Maxwell's equations from the electromagnetic action" — stricter threshold/alethic-derive -B 3 "Derive the hydrogen atom energy spectrum" — 3 candidates per iteration/alethic-derive --textbook "Derive the energy spectrum of the quantum harmonic oscillator" — textbook-style output/alethic-derive -p thorough --textbook "Derive the hydrogen atom energy spectrum" — thorough + textbook/alethic-derive --no-balanced "Derive the Euler-Lagrange equations" — skip dimensional check/alethic-derive --resume .alethic/session-id/ "original problem" — resume from checkpoint/alethic-derive --file problem.md — read problem from file/alethic-derive -q -p thorough "Derive the hydrogen atom energy spectrum" — quiet mode (no dashboard)/alethic-derive --json "Derive the period of a simple pendulum" — JSON output/alethic-derive --model sonnet "Derive Maxwell's equations" — use Sonnet for sub-agentsFind the orchestrator:
ORCH=$(find ~/.claude/plugins -name "orchestrator.md" -path "*/alethic-common/*" 2>/dev/null | head -1)
echo "ORCHESTRATOR: $ORCH"
If not found, check the local development path:
ORCH=$(find /home -maxdepth 6 -name "orchestrator.md" -path "*/alethic-common/*" 2>/dev/null | head -1)
echo "ORCHESTRATOR: $ORCH"
Derive the references directory:
REF_DIR=$(echo "$ORCH" | sed "s|alethic-common/orchestrator.md|alethic-derive/references|")
echo "REFERENCES: $REF_DIR"
Read the orchestrator file at the path found above.
Follow the orchestrator instructions exactly, using this skill's Domain Configuration, Balanced Approach Addendum, and references directory.