In Tesla's wireless power transmission demonstrations, Incandescent Lamps can be examined in terms of the electrical field placement (A), energy absorption (B), and light production (C) in the envisioned system.
A. Structural Analysis: The Stabilization Triad highlights how the electrical field placement (A1), absorption of energy within the lamp (B1), and light production (C1) form a cycle where the efficiency or disruption in one stage has consequences on the stability of the entire system.
A1: Electrical Field Placement: The lamp is placed within the high-frequency, high-voltage electric field generated by Tesla's system. This placement is integral for any energy absorption or subsequent light production.
B1: Energy Absorption: The lamp, when placed in the electric field, absorbs the energy available, consequently heating up the lamp’s filament.
C1: Light Production: The absorption of energy causes the filament to heat up and thus emit light. The conditions of the electric field and energy absorption directly affect the intensity and success of this light production.
B. Functional Analysis: The Causal Triad explores how the lamp's presence in the electric field (A2) induces energy absorption (B2), which consequently leads to light emission (C2).
A2: Lamp's Presence in the Electric Field: The placement of the lamp within the electric field triggers the initial electric field interaction, priming the lamp for potential energy absorption.
B2: Energy Absorption: Being in the electric field, the lamp absorbs the available energy, which excites the filament's electrons and incrementally heats up the filament.
C2: Light Emission: Once the filament gets sufficiently heated, it produces light photons, resulting in the emission of light. Without appropriate energy absorption (due to improper placement or an ineffective electric field), light emission wouldn’t occur.
C. Potential Analysis: The Discontinuity Layer underlines how the lamp's presence in the electric field (A3) leads to light emission (C3), but the brightness or efficiency of this light (B3) doesn't linearly follow the lamp's existence or absence in the electric field.
A3: Lamp's Presence in Electric Field: While placing an incandescent lamp within the electric field generated by Tesla's system initiates a response, it doesn't strictly correlate with the brightness or efficiency of the resulting light.
B3: Brightness or Efficiency of Light: The brightness or efficiency of the light produced by the lamp is determined by factors other than just the lamp's presence within the electric field, such as the voltage of the electric field, the inherent properties of the lamp, and any other interfering environmental conditions.
C3: Light Emission: The generation of light, while being the intended outcome of the lamp's presence in the electric field, is influenced by several external and internal factors, making the relationship between these variables complex and nonlinear.