A Gas Discharge Device for Investigating Focussed Human Attention
📄 Original study📌 Appears in:
Plain English Summary
Back in the late 1970s at Stanford, physicist William Tiller built a quirky little device — a gas-filled cell teetering just below the point where electricity would arc across it — and asked about 50 people to simply focus their minds on it. The results were wild: nearly everyone who concentrated on the device caused it to fire off electrical pulses at dramatically higher rates, roughly 20,000 times above baseline. Even more striking, wrapping it in Faraday cages, metal foils, and magnetic shielding did absolutely nothing to block the effect. When people held their hands near the device but deliberately thought about math instead, nothing happened. But when they focused mentally from a distance without any hand involvement, the effect kicked right in. No known energy source — infrared, ultraviolet, gamma rays, electric or magnetic fields — could explain what was going on. This was an early and methodical attempt to show that human attention alone might physically influence matter, and the systematic ruling out of conventional explanations makes it a particularly intriguing piece of the puzzle.
Research Notes
An early mind-matter interaction instrumentation paper from Stanford's Materials Science department. Predates and complements the PEAR REG program (Jahn 1982+), using a fundamentally different detection mechanism (gas discharge vs RNG). The finding that mental intention alone drives the effect — not hand proximity — anticipates later observer-effect claims in double-slit and GCP work. Notable for systematic shielding tests ruling out known physical mechanisms.
A gas discharge cell with dielectric-coated electrodes and ~1 mm gap was operated at voltages several percent below breakdown to measure the effect of focused human attention on electron microavalanche size. Approximately 50 subjects were tested over a three-year period (1977-1979) in several thousand tests at Stanford University. Nearly all subjects produced enhanced counting rates when focusing attention on the device, with WBH/WOH ratios averaging ~2×10⁴:1. Faraday cage shielding, metal foils, and magnetic shielding did not block the effect. Mental focus alone (without hand proximity) produced enhancement, while hand proximity with attention diverted to arithmetic did not, indicating a cognitive rather than physical mechanism. No conventional energy source (IR, UV, gamma, electric, magnetic) could reproduce the effect.
Related Papers
Companion
- The Persistent Paradox of Psychic Phenomena: An Engineering Perspective — Jahn, Robert G (1982)
- Engineering Anomalies Research — Jahn, Robert G (1987)
- Information and Uncertainty in Remote Perception Research — Dunne, Brenda J (2003)
- Observer Effects on Quantum Randomness: Testing Micro-Psychokinetic Effects of Smokers on Addiction-Related Stimuli — Maier, Markus A (2018)
More in Psychokinesis
Observer Influence on Quantum Interference: Testing the von Neumann-Wigner Consciousness-Collapse Theory
New Year's Eve as a Case Study in Experimental Metaphysics: Exploring Global Consciousness in Random Physical Systems
Anomalous Entropic Effects in Physical Systems Associated with Collective Consciousness
Psychophysical Interactions with Electrical Plasma: Three Exploratory Experiments
Psychophysical Effects on an Interference Pattern in a Double-Slit Optical System: An Exploratory Analysis of Variance
📋 Cite this paper
Tiller, William A (1990). A Gas Discharge Device for Investigating Focussed Human Attention. Journal of Scientific Exploration.
@article{tiller_1990_gas_discharge,
title = {A Gas Discharge Device for Investigating Focussed Human Attention},
author = {Tiller, William A},
year = {1990},
journal = {Journal of Scientific Exploration},
}