Mind Over Monitor: ESP Goes Digital
On this page
Can people describe objects thousands of miles away?
Picture this: It's 1976, and 12 people scattered across North America are sitting at primitive computer terminals in their homes and offices. They're not chatting or playing games—they're trying to describe mineral samples they've never seen, located thousands of miles away. Using only their minds and a clunky computer network, these volunteers typed detailed descriptions of rocks and crystals they couldn't possibly know about. What happened next challenges our understanding of how information can travel.
Participants correctly identified distant mineral samples twice as often as chance predicted.
In 1976, researchers Jacques Vallée and colleagues conducted one of the first computer-mediated remote viewing experiments. Twelve participants scattered across the United States and Canada used early computer terminals from their homes and offices to participate in what would become a pioneering study of distance perception. The study was published in the prestigious Proceedings of the IEEE, marking serious academic interest in remote viewing research.
Participants correctly identified mineral samples at more than double the rate expected by pure chance, even when separated by thousands of miles and communicating only through computers.
Key Findings
- Participants successfully identified the correct mineral sample in 8 out of 33 attempts - more than double what would be expected by pure chance.
- The two most experienced remote viewers performed even better, achieving results that had only a 4% probability of occurring by random luck.
- The computer network successfully prevented any normal communication between participants and target locations.
What Is This About?
The researchers gave participants the task of describing 10 different mineral samples that were located elsewhere. Participants typed their impressions and descriptions using computer terminals, never seeing the actual samples. The study included both an 'open series' where some information was available, and a 'double-blind series' where neither participants nor researchers knew which sample was being targeted. Five independent judges then tried to match the typed descriptions to the actual mineral samples using a percentage scoring system.
Participants used computer terminals from their homes to describe mineral samples they couldn't see, while judges tried to match descriptions to actual samples.
Participants correctly identified targets in 8 of 33 cases (more than double chance expectation), with experienced users showing results with p=0.04.
How Good Is the Evidence?
8 correct identifications out of 33 attempts represents a 24% success rate, compared to the 10% expected by chance alone. This is similar to hit rates reported in other early remote viewing studies from the 1970s.
Supporters point to the statistical significance and the controlled computer network that prevented normal communication as evidence for genuine remote perception. Skeptics argue the sample size was small, the effect modest, and that subtle cues or statistical artifacts could explain the results. Both sides agree the computer-mediated approach was innovative for its time. The debate continues over whether such effects represent genuine anomalous perception or reflect methodological issues not yet identified.
Mainstream: The results likely reflect methodological flaws, statistical artifacts, or subtle sensory cues that weren't properly controlled. Moderate: The study shows intriguing patterns that warrant replication with larger samples and tighter controls before drawing conclusions. Frontier: The results provide evidence for non-local consciousness abilities that could revolutionize our understanding of human perception.
Common misconception: Remote viewing means seeing exact visual details like a camera. Reality: Participants typically report impressions, feelings, and general characteristics rather than photographic clarity.
To settle this question would require large-scale, pre-registered studies with hundreds of participants, multiple independent replications, and real-time monitoring to eliminate all possible conventional explanations. This study meets some criteria (double-blinding, controlled communication) but falls short on sample size and pre-registration standards.
The correct target sample was correctly identified in 8 out of 33 cases; this represents more than double the pure chance expectation.
Stance: Supportive
What Does It Mean?
This was essentially the world's first psychic experiment conducted entirely through computers—decades before the internet as we know it existed. The fact that it worked better than chance using 1970s technology makes it even more intriguing.
It's like trying to guess what's in a wrapped gift box - except the box is hundreds of miles away and you've never seen it. Most people would expect random guessing, but these participants seemed to sense details about distant mineral samples they'd never encountered.
If these results reflect a genuine phenomenon, they could revolutionize our understanding of consciousness and information transfer. The potential applications in geology, archaeology, and intelligence gathering would be enormous. It might also suggest that human consciousness operates through mechanisms we don't yet understand.
This study demonstrates the importance of controlling communication channels in consciousness research - using computer networks to prevent participants from receiving normal sensory information about targets.
Understanding Terms
What This Study Claims
Findings
Remote viewing participants correctly identified mineral samples in 8 out of 33 cases, more than double the chance expectation
moderateTwo experienced participants achieved results with a probability of 0.04 of occurring by chance
moderateMethodology
Computer conferencing networks can effectively control communications in remote viewing experiments
moderateInterpretations
Remote viewing effects can occur across thousands of miles between participants
weakThis summary is for general information about current research. It does not constitute medical advice. The scientific interpretation of these results is debated among researchers. If personally affected, please consult qualified professionals.