Goal
Transmit energy and information via scalar (longitudinal) waves and investigate torsion-field effects for wireless power and communication.
Problem
Conventional transverse electromagnetic wireless systems cannot penetrate shielding and have limited range and efficiency.
Concept Summary
The technology proposes that extending Maxwell's equations yields a lost scalar-wave component that propagates as a longitudinal electric (potential vortex) wave. Dual Tesla-coil arrangements generate these scalar waves, which can travel through Faraday-cage-type shielding and be detected as torsion fields using a torsion balance. Demonstration and experimental kits provide waveform generators, pancake coils and measurement interfaces to reproduce the effect.
Principles
- Extended Maxwell equations with vortex potential term
- Generation of longitudinal (scalar) electromagnetic waves
- Propagation of potential vortex through space
- Interaction of scalar waves with torsion fields
Scientific Domains
Materials
- Copper
- Enamel coating
Mechanisms of Action
- Dual Tesla coil excites longitudinal electric fields
- Scalar wave propagates as a potential vortex
- Torsion balance detects left-handed and right-handed torsion fields
- Waveform generator sets frequency (4 MHz-10 MHz) to match resonance
Energy Sources
Applications
- Wireless power transmission
- Long-range communication
- Biological signaling research
Experimental Evidence
Positive detection of two kinds of torsion field (left-handed and right-handed) generated by a dual Tesla coil system using a wooden-frame torsion balance.
Replication Status
Demo and experimental kits are sold for independent testing, but no formal peer-reviewed replication has been documented.
Limitations
- Lack of peer-reviewed quantitative data
- No independent replication reported
- Potential regulatory concerns for high-voltage Tesla coils
Red Flags
- Claims of super-luminal propagation (~=1.5 x c)
- Retraction of DNA-related paper
- Absence of independent, reproducible verification
