The 1973 CIA Remote Viewing of Jupiter: Analysis of Project SCANATE Records and SRI Laboratory Findings

The Genesis of Project SCANATE

In the early 1970s, the Central Intelligence Agency (CIA) initiated a series of highly classified protocols to investigate the potential of "anomalous cognition" for intelligence gathering. This initiative, later integrated into the broader Stargate Project, began with Project SCANATE (Scan by Coordinate). Conducted at the Stanford Research Institute (SRI) under physicists Harold Puthoff and Russell Targ, the program sought to determine if individuals could perceive distant locations using only geographic coordinates provided by the handlers.

The Jupiter Probe Experiment

On April 27, 1973, a significant experiment was conducted involving subject Ingo Swann. Before the Pioneer 10 spacecraft provided the first close-up images of Jupiter, Swann was asked to "target" the planet using his remote viewing capabilities. In the declassified session transcripts, Swann described a specific, unanticipated feature: a planetary ring system. He stated, "I see a ring around it... very faint." At the time, conventional astronomy did not recognize Jupiter as having a ring system; it was believed to be a feature unique to Saturn.

Intelligence Evaluation and Scientific Correlation

The subsequent flyby of Pioneer 10 and the later Voyager 1 mission in 1979 confirmed the existence of a faint, dusty ring system around Jupiter, validating Swann's anomalous observation from six years prior. Declassified CIA internal memos, now accessible through FOIA requests and archives like The Black Vault, indicate that the intelligence community was deeply unsettled by the accuracy of the data. While the agency struggled to define a physical mechanism for the phenomenon, the SCANATE results provided the justification for decades of further funding into remote viewing programs for espionage. The specific document, "Intelligence Evaluation of the SCANATE Program," highlights that Swann’s ability to describe physical features of a remote target before scientific verification posed a significant challenge to existing intelligence models.