Goal
To detect and utilize long-range non-local interactions between devices and operators for communication and medical/diagnostic purposes.
Problem
Absence of reliable methods for measuring weak electrostatic/bio-field phenomena and for protecting living organisms from terrestrial electromagnetic anomalies.
Concept Summary
The invention combines electric-double-layer sensors, the IGA-1 device, and LED/laser emitters to create a bidirectional link between a remote emitter and a receiver. By modulating switching frequency and measuring output voltage, the system claims to identify substance states and to transmit information over distances ranging from meters to thousands of kilometres. A related patent describes a method for mapping electromagnetic surface fields using pulsed capacitive coupling, while another patent proposes protection against geopathogenic electromagnetic anomalies.
Principles
- Electric double layer sensing
- Capacitive coupling and pulsed current integration
- Switching-frequency spectroscopy
- Non-local (psychophysics) interaction
Scientific Domains
Materials
- Metal surfaces
- Capacitors
- Resistors
- Operational amplifiers
- LEDs
- Laser diodes
- IG-1 device components
Mechanisms of Action
- Measurement of weak electrostatic fields via induced charge on a receiving electrode
- Modulation of switching frequency to generate a spectral signature for substance identification
- Operator-mediated consciousness influence on device output (psychophysical effect)
- Remote coupling of emitter and receiver through an undefined non-local field
Energy Sources
Applications
- Medical diagnosis of electromagnetic anomalies
- Operator training with bio-feedback
- Long-range low-energy communication
Claimed Performance
Demonstrated device-to-device and operator-to-device interactions at distances >1 km, >100 km and >10 000 km; identification of material states via spectral line intensity.
Experimental Evidence
Experiments conducted with two sensor types (electric double layer, IGA-1) and LED/laser generators at the distances mentioned above; patent documentation describes laboratory measurements of weak electrostatic fields using pulsed capacitive coupling.
Replication Status
No independent replication reported in the article.
Limitations
- Lack of peer-reviewed, quantitative data
- Reliance on subjective operator states
- No clear mechanism for non-local coupling
Red Flags
- Claims of information transfer over >10 000 km without conventional wave propagation
- Use of consciousness as a controllable input
