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This research aims to validate geometric predictions using three novel tabletop experiments.

June 3, 20260 citationsOpen Access

TUM - Annex A: Complete Experimental Protocols and Geometric Validation Data

Key Points

This research aims to validate geometric predictions using three novel tabletop experiments.
Conducted three experiments: a conical coil, a saline vortex, and photoacoustic response in copper.
Measured output/input power ratio, electrical resistance change, and thermal response parameters.
All experimental protocols are designed to be falsifiable and replicable.
Experiment 1 shows a power ratio of 1.147 ± 0.009 at 40.250 kHz.
Experiment 2 reports a significant electrical resistance change of -37.2% ± 1.1% under static magnetic field.
Experiment 3 demonstrates a stable photoacoustic response with minimal thermal change (ΔT < 0.05°C).

Abstract

Three novel table-top experiments designed to test geometric predictions of the Cl (8) algebraic framework. Experiment 1: 11. 25° conical coil at 40. 250 kHz, measured ratio Pₒut/Pᵢn = 1. 147 ± 0. 009. Experiment 2: Saline vortex under 0. 4 T static field at 120 rpm, electrical resistance change ΔR/R0 = -37. 2% ± 1. 1%. Experiment 3: 660 nm photoacoustic response in copper at 1. 000 kHz modulation without thermal change ΔT < 0. 05°C. All protocols are falsifiable and replicable. Literature search 2006-2026 found no prior records of these exact protocols or numerical results. Conceptual alignment with Unified Dimensional Cohesion Theory (UDCT v2. 1), Paik, W. S. (2026).

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