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The Persistent Paradox of Psychic Phenomena: An Engineering Perspective

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Jahn, Robert G 1982 Ganzfeld Era psychokinesis

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Plain English Summary

This landmark paper brought psychokinesis research into the mainstream engineering journal IEEE and became one of the most-cited studies in the field. Robert Jahn's Princeton lab asked people to mentally influence random number generators — essentially nudging electronic coin flips with their minds. Over 25,000 trials with 5 million random events, they found tiny but persistent shifts: about 1-1.5 extra "heads" per thousand flips. Sounds small, but the odds against chance were roughly one in a billion. The lab also found participants could describe distant locations far better than guessing alone. Jahn reviewed every theoretical framework — electromagnetic, quantum, holographic — and admitted none could explain it. His conclusion: the evidence is weird, it's real, and scientists should keep investigating.

Actual Paper Abstract

Although a variety of so-called psychic phenomena have attracted man's attention croeghow recorded history, organized scholarly effort to comprehend such effects is just one century old, and systematic academic research roughly half that age. Over recent years, a sizeable spectrum of evidence has been brought forth from reputable laboratories in several disciplines to suggest that at times human consciousness can acquire information inaccessible by any known physical mechanism (ESP), and can influence the behavior of physical systems or processes (PK), but even the most rigorous and sophisticated of these studies display a characteristic dilemma; The experimental results are rarely replicabie in the strict scientific sense, but the anomalous yields are well 'beyond chance expectations and a number of common features thread through the broad range of reported effects. Various attempts at theoretfeal modelitig have so far shown little functional value in explicating experimental results, but have served to stimulate fundamental re-examination of the role of consciousness in the determination of physical reality, Further careful study of this formidable field seems justified, but only within the context of very well conceived and technically impecoable experiments of largo: date-bane capability, with disciplined attention to the pertinent aesthetic factors, and with more constructive involvement of the critical community. ;

Research Notes

Landmark paper that introduced PEAR's REG paradigm to the mainstream engineering community via the IEEE. One of the most-cited papers in the psychokinesis literature; its data and methodology became the foundation for decades of PEAR research and were later meta-analyzed by Radin (1989) and critiqued by Bosch et al. (2006). Central to Controversy #8 (GCP/RNG) and #4 (double-slit PK).

Invited review surveying the history, nomenclature, and contemporary research on psychic phenomena from an engineering standpoint. Presents original REG (random event generator) data from the Princeton Engineering Anomalies Research laboratory: over 25,000 PK trials with 5 million+ binary events yielded directional shifts of ~1-1.5 bits per thousand from chance, with a combined direction-of-effort probability of approximately 3×10⁻⁹. Also reports precognitive remote perception experiments scored via a 30-descriptor binary analytical judging system, achieving mean target ranks of 5.79-6.73 against a chance expectation of 12.5 (p = 10⁻⁴ to 10⁻⁶). Reviews electromagnetic, thermodynamic, quantum mechanical, holographic, and holistic theoretical models, finding none yet functional. Concludes that the evidence warrants continued study within rigorous experimental frameworks.

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📋 Cite this paper
APA
Jahn, Robert G (1982). The Persistent Paradox of Psychic Phenomena: An Engineering Perspective. Proceedings of the IEEE. https://doi.org/10.1109/PROC.1982.12318
BibTeX
@article{jahn_1982_persistent,
  title = {The Persistent Paradox of Psychic Phenomena: An Engineering Perspective},
  author = {Jahn, Robert G},
  year = {1982},
  journal = {Proceedings of the IEEE},
  doi = {10.1109/PROC.1982.12318},
}