Definition:
The Electric Codex catalogs the principles, phenomena, and expressions of electricity as both a physical force and symbolic language of movement, charge, and continuity. It governs the generation, transmission, interaction, and codification of electric currents across natural, artificial, and metaphysical systems.

Core Branches:

• Voltage Protocols – Defines electric potential differentials, source origin models, and gradient-based logic applications.
• Current Streams – Classifies continuous and alternating flows, micro-pulses, surges, and resonant field overlaps.
• Charge Ontologies – Structures positive/negative dualities, polarization effects, capacitance logics, and symbol-encoded potentialities.
• Circuit Grammar – Applies syntax and semantics to resistive, conductive, and reactive pathways; frames logic gates as dialectic junctions.
• Electromotive Dynamics – Encodes torque, propulsion, and motive signal through Faraday principles, motor code systems, and field induction spirals.
• Plasmic Extension – Explores ionization thresholds, arc propagation, corona effects, and spark-state narrative encodings.

Integrations:

• Signal Codex – For waveform interpretation and energy-based transmission dialects.
• Resonance Codex – For harmonic charge resonance, coil-based frequencies, and nodal pulse alignment.
• Light Codex – For electroluminescent translation and photon-electric hybrids (photoelectric effect, LEDs).
• Consciousness Codex – For neural-electrical translation, brainwave encoding, and signal emotion interfacing.

Applications:

• Quantum electrical state management, wireless energy transfer schemas, and recursive electricity in regenerative grid systems.
• Coding ethical algorithms through charge differential logic.
• Architecting electrosymbolic languages for machine–conscious co-design.

Symbolic Notation:

• ⚡ (bolt): represents immediate transition, impulse, or charge.
• ~ (tilde): expresses alternating current, recursion in pulse, or vibrational signature.
• ⊕ / ⊖ (circle plus/minus): denote polarized origins or charged centers.