Remote Viewing
Remote Viewing
Remote viewing (RV) is an experimental protocol for testing apparent acquisition of information about distant, hidden, or future targets through cognitive processes not mediated by the conventional senses. It is one of the most extensively studied Anomalous_Cognition paradigms.
The modern remote-viewing literature begins with Targ & Puthoff's 1974 paper in Nature (251: 602-607), which presented results from Stanford Research Institute (SRI) and triggered the long Star Gate program that ran in various forms from 1972 to 1995 under US government funding.
The Targ-Puthoff 1974 protocol
The foundational protocol:
- Target pool — 100 sites within 30-minute driving range of the laboratory, descriptions in sealed envelopes.
- Random target selection — by an independent third party, after the viewer has entered a Faraday-shielded room.
- Outbound team — drives to the selected site and observes it for 15 minutes.
- Viewer — during the same 15-minute window, writes and draws their impressions of the target site.
- Independent judging — blind judges later attempt to match viewer transcripts to candidate target sites.
The statistical analysis is forced-choice ranking: the judge ranks each transcript against the candidate sites; a rank-1 hit is a correct match.
Targ-Puthoff 1974 results
Two subjects, Pat Price and Ingo Swann, produced:
- Pat Price — 7 of 9 sessions correctly rank-1 (chance expectation 1.8 of 9). Binomial p ≈ 3 × 10-5.
- Ingo Swann — comparable hit rates.
These results were striking enough to merit publication in Nature — the first parapsychological paper in that journal in many decades. The peer review was unusually strict; Nature's editors required full methodological disclosure.
Star Gate program
The Targ-Puthoff work led to ~ 20 years of US-government-funded research into remote viewing under various code names ("Sun Streak", "Grill Flame", "Center Lane", finally "Star Gate"). Funded by DIA, CIA, and Army Intelligence. Closed in 1995 after the American Institutes for Research evaluation.
Total corpus: thousands of operational sessions, hundreds of formal protocol sessions, multiple operational applications (hostage rescues, weapons-development intelligence, etc.).
Key evaluations:
- Utts 1996 — statistician Jessica Utts evaluated the corpus for the CIA and concluded "the statistical results of the studies examined are far beyond what is expected by chance."
- Hyman 1996 — psychologist Ray Hyman, evaluating the same data, agreed the statistical effects were real but argued for methodological flaws.
Aggregate effect size across the Star Gate corpus: d ≈ 0.20 (Utts 1996) — small but statistically very robust.
Critique and methodological evolution
The original Targ-Puthoff 1974 protocol had several methodological issues identified by later critics (Marks & Kammann 1980, Hyman 1996):
- Judging protocol — original judging used sequential transcripts in known order, allowing the judge to use ordering cues. Fixed in later protocols.
- Target overlap — some targets were so distinctive (e.g., a specific bridge) that even minimal-information matches were possible.
- Lack of preregistration — primary analyses sometimes adjusted post hoc.
Modern remote-viewing protocols (Edwin May's program at SRI, later at LFR; Lyn Buchanan's CRV training; various academic and corporate replications) tighten:
- Counterbalanced judging — judges see transcript-target candidates in randomised order, with no ordering cues.
- Pre-registered analyses — primary tests specified before data collection.
- Multiple independent judges — averaging reduces individual judge bias.
The effect persists at d ≈ 0.20 after these methodological tightenings.
Free-response vs. forced-choice
Remote viewing is a free-response paradigm: the viewer produces open-ended descriptions and drawings, not multiple-choice answers. This contrasts with the RNG-PK forced-choice paradigm.
Free-response protocols are believed by parapsychologists to provide a closer match to the ecologically-natural mode of Anomalous_Cognition — most spontaneous "psi" experiences are free-response in character. The trade-off is increased dependence on judging methodology.
Operational vs. research RV
The Star Gate program ran in parallel:
- Research RV — strict laboratory protocols, statistical evaluation. The basis of the published literature.
- Operational RV — targets selected based on intelligence needs, sessions evaluated for actionable information. Closer to qualitative analysis.
Operational RV produced some striking apparent hits (e.g., Joseph McMoneagle's session describing a Soviet shipyard later confirmed to match satellite imagery), but operational protocols cannot be evaluated by standard statistical methods.
The published research RV literature is the basis for any rigorous claim about the phenomenon.
Connection to the framework
In the psionic framework:
- Long-range information transfer is mediated by the propagating component of the ψ field.
- Target-binding mechanism — the framework hypothesises that the outbound team's coherent attention on the target site, via their own microtubule exciton networks, creates a ψ-field structure that the viewer's microtubules can detect.
- Distance-independence — observed RV effects do not appear to fall with distance over Earth-scale distances. Consistent with a near-massless ψ field with long-range coupling.
- Precognitive RV (RV of future targets) — handled in the framework via the retarded-Green's-function structure of ψ-field correlations (see Presentiment and Symmetry_Breaking_and_Time).
See Also
- Anomalous_Cognition
- Ganzfeld_Procedure
- PEAR_Program
- Star_Gate_Program
- Presentiment
- Falsification_Criteria_for_Psionics
References
- Targ, R., Puthoff, H. (1974). "Information transmission under conditions of sensory shielding." Nature 251: 602–607.
- Puthoff, H. E., Targ, R. (1976). "A perceptual channel for information transfer over kilometer distances." Proceedings of the IEEE 64: 329–354.
- Utts, J. (1996). "An assessment of the evidence for psychic functioning." Journal of Scientific Exploration 10: 3–30.
- Hyman, R. (1996). "Evaluation of program on anomalous mental phenomena." Journal of Scientific Exploration 10: 31–58.
- May, E. C., Marwaha, S. B., eds. (2014). Anomalous Cognition: Remote Viewing Research and Theory. McFarland.
