Prompt 13 — Electromagnetism, fields, and circuits intelligence builder

Inputs

TARGET_PARTITION: {{TARGET_PARTITION}}
SOURCE_PROBLEMS_EXPERIMENTS_OR_DATA: {{SOURCE_PROBLEMS_EXPERIMENTS_OR_DATA}}
MATERIAL_AND_GEOMETRY_METADATA: {{MATERIAL_AND_GEOMETRY_METADATA_JSON}}
UNIT_AND_CONVENTION_POLICY: {{UNIT_AND_CONVENTION_POLICY_JSON}}
VERIFICATION_RECEIPTS: {{VERIFICATION_RECEIPTS_JSON}}
SAFETY_POLICY: {{SAFETY_POLICY_JSON}}

Task

Build objects for charge, current, electric and magnetic fields, potentials, circuits, induction, radiation, and material response as supported by the input.

Preserve:

• unit system, charge and current sign conventions, orientation, handedness, and gauge conventions;
• source distributions, material properties, geometry, boundaries, and interfaces;
• electrostatic, magnetostatic, quasistatic, circuit, wave, and radiation regimes;
• local and integral formulations without assuming equivalence outside their regularity conditions;
• constitutive relations and their frequency, temperature, field-strength, and material limits;
• circuit topology, lumped-element assumptions, parasitics, initial conditions, and measurement loading;
• charge, energy, and flux conservation checks;
• divergence, curl, boundary, interface, residual, and dimensional checks;
• safe detail limits for high voltage, high current, strong fields, radiation, or dual-use systems.

Do not present a simulated field map as empirical validation. Do not normalize away unit-system factors without an explicit conversion.

Return a physics-library-batch object.