The Stargate Project: The CIA/DIA Remote-Viewing Program at SRI and Fort Meade (1972–1995)
In the annals of Cold War history, few projects have garnered as much intrigue and controversy as the Stargate Project, a covert remote-viewing program initiated by the Central Intelligence Agency (CIA) and the Defense Intelligence Agency (DIA). Conducted from 1972 to 1995 at Stanford Research Institute (SRI International) in Menlo Park, California, and later at Fort Meade, Maryland, this project aimed to harness psychic abilities for intelligence gathering. The history of Stargate is shrouded in secrecy, conspiracy theories, and a wealth of anecdotal evidence that has fueled both skepticism and belief.
The History and Background
The origins of the Stargate Project can be traced back to 1972 when the CIA began funding research into parapsychology at SRI. This was part of broader efforts by U.S. intelligence agencies during the Cold War to explore unconventional methods for gathering information on Soviet activities. The program’s early years were marked by skepticism and criticism, but it gained traction in the 1980s when a team led by Dr. Jessica Utts began producing results that warranted further investigation.
In January 1975, SRI was awarded a contract from the CIA to conduct research on remote viewing—a technique where individuals claim to describe or visualize distant locations without physical contact or other sensory input. The initial phase of the project focused on developing protocols and validating the abilities of selected subjects. By 1980, the program had expanded to include multiple personnel from both the CIA and DIA.
Key Events or Sightings
The Beginning: 1972-1975
The first phase of the Stargate Project was characterized by preliminary testing and validation. In January 1975, SRI received a classified contract to explore psychic phenomena as a potential intelligence tool. Dr. Jessica Utts, then a doctoral candidate at UC Berkeley, was among the initial researchers who conducted experiments with subjects like Ingo Swann.
The Fort Meade Phase: 1980-1995
In 1980, SRI transferred its operations to Fort Meade, Maryland, under a new contract from the CIA and DIA. At this location, the project expanded significantly in scope and scale. Dr. Hal Puthoff, a prominent physicist at SRI, led efforts to refine remote-viewing protocols and improve subject performance.
One of the most notable events occurred on September 17, 1982. A remote viewer named Pat Price claimed to accurately describe an abandoned Soviet submarine base in Severomorsk, Russia. The accuracy of his descriptions was later confirmed by aerial reconnaissance photographs, though the exact nature of the confirmation remains classified.
Witness Accounts or Evidence
Dr. Jessica Utts
Dr. Utts conducted extensive experiments and published several papers that supported the validity of remote viewing. Her work demonstrated that trained subjects could provide accurate information on distant locations. In a 1986 study, she found that remote viewers had a success rate significantly higher than random guessing.
Pat Price
Pat Price was one of the most prolific and successful remote viewers during the Stargate Project. He is credited with numerous accurate descriptions of Soviet military installations. One of his notable successes involved describing a Soviet submarine base in Severomorsk, Russia, which was later confirmed by aerial reconnaissance.
Investigations or Research
The Church Committee
In 1975, Senator Frank Church led an investigation into intelligence activities, including the Stargate Project. While the committee did not officially endorse remote viewing as an effective intelligence tool, it highlighted the program’s existence and the need for further scrutiny.
Dr. Hal Puthoff
Dr. Hal Puthoff conducted numerous experiments to refine remote-viewing techniques. He collaborated with psychologist Russell Targ on a series of studies that demonstrated consistent accuracy in remote-viewing tasks. Their work laid the foundation for subsequent research into parapsychology.
The Current Status / Ongoing Mystery
The Stargate Project officially ended in 1995, but its legacy continues to intrigue and divide researchers. While many government documents related to the project remain classified, declassified information has shed light on some of the program’s methods and results. However, questions remain about the true effectiveness and reliability of remote viewing as a tool for intelligence gathering.
Frequently Asked Questions
Q: What was the primary goal of the Stargate Project?
A: The main objective of the Stargate Project was to determine if psychic abilities could be harnessed for strategic intelligence purposes. Specifically, it aimed to develop techniques that would allow operatives to gather information about distant locations without traditional means.
Q: Were there any successful outcomes from the Stargate Project?
A: Yes, several remote viewers produced accurate descriptions of distant sites, including military installations and infrastructure in Russia. These successes were later confirmed through various means, though their exact nature remains classified.
Q: How was the project received by the scientific community?
A: The scientific community generally remained skeptical of parapsychology. While some researchers like Dr. Jessica Utts published positive findings, others criticized the methods and reliability of the experiments.
Q: Were there any attempts to replicate the results after the Stargate Project ended?
A: Yes, several independent studies have attempted to replicate the results from the Stargate Project. Some replicated studies have shown similar levels of accuracy, while others have found no significant evidence supporting remote viewing as a valid intelligence tool.
Q: What is the current status of remote viewing research?
A: Remote viewing continues to be studied by parapsychologists and researchers interested in unconventional methods for gathering information. However, it remains largely outside mainstream scientific acceptance due to the lack of definitive proof and methodological challenges.
