Mind control at distance of an electronic device: a proof-of-concept preregistered study
Can your thoughts alter a machine across the room?
Participants appeared to influence random electronics with their minds, though effects remained subtle.
In 2020, Italian researcher Patrizio Tressoldi set out to test a question that bridges science fiction and laboratory science: whether human intention alone could bias the output of an electronic random number generator. Building on decades of controversial research from Princeton's PEAR laboratory, this small-scale experiment sought to demonstrate whether consciousness could reach out and gently nudge the physical world.
Key Findings
- When participants were trying to influence the device, the random numbers became slightly less random—detected by statistical tests about 50% more often than during the control periods.
- Think of it like a coin that normally lands heads half the time; during the influence attempts, it might have landed heads slightly more often than tails, but only detectable through careful statistical analysis of thousands of flips.
- The researchers noted the effect was weak but consistent enough to suggest something real was happening.
What Is This About?
Thirteen volunteers sat near a special electronic device that generates truly random numbers using physical processes like electronic noise—similar to static on an old radio. Each session lasted 45 minutes, split into three chunks: first, they simply sat there while the machine ran; second, they concentrated on trying to mentally 'push' the randomness toward a specific pattern; third, they stopped trying and relaxed again. The researchers ran 100 of these sessions. For comparison, they also collected 100 sessions where nobody tried to influence the machine at all.
Participants attempted to mentally influence a True Random Number Generator (TRNG) during 100 trials, each consisting of three 15-minute phases (pre-interaction, mental interaction, post-interaction), compared against 100 control trials without mental influence attempts.
During mental interaction periods, statistical tests detected a reduction in randomness approximately 50% more often than in control periods, though the overall effect remained weak.
How Good Is the Evidence?
Approximately 50% more detection events than in control data—if the randomness threshold is normally crossed in 2 out of 10 samples by chance, this study found 3 out of 10 during influence attempts. This magnitude aligns with previous meta-analyses of mind-matter interaction, which typically report small effect sizes around 0.1-0.2, comparable to the influence of aspirin on heart attacks or subliminal perception effects.
Supporters view this as adding to decades of rigorous PEAR lab evidence suggesting consciousness can subtly influence physical systems, arguing that preregistration protects against data manipulation. Skeptics counter that small samples, lack of blinding (participants knew when they were 'influencing'), and the file-drawer problem (unpublished failed studies) better explain the weak effects. They note that 50% increase in a rare event is still a rare event, and without replication by independent labs, this remains exploratory rather than conclusive.
Mainstream: The results reflect random statistical fluctuations and methodological limitations common in small-sample parapsychology studies. Moderate: A genuine but extremely subtle anomaly exists in consciousness-matter interaction, requiring larger replication studies before drawing conclusions. Frontier: This validates that mind can directly influence matter, suggesting consciousness operates non-locally and electronic devices can be designed to amplify these effects.
People often imagine this means we could move objects or control electronics like in sci-fi movies, but the effect was microscopic—detectable only through statistical analysis of thousands of random numbers, not something you could use to change a TV channel or move a spoon. The 'mind control' here refers to subtle statistical biases, not telekinetic force.
To establish that consciousness can influence electronics, we would need: independent replication by multiple labs using strict double-blind protocols (where neither participant nor experimenter knows when influence is attempted until after analysis), larger sample sizes to detect small effects reliably, and open data availability for independent verification. This study meets the preregistration standard but lacks blinding, independent replication, and reported effect sizes large enough to be practically significant.
Although the effect of distant mental interaction is still weak, we believe that the results of this study represent a proof-of-concept for the construction of electronic devices susceptible to distant mental influence.
Stance: Supportive
What Does It Mean?
You know that feeling when you think about someone and they suddenly call? This study tests whether such 'coincidences' extend to machines—whether focused attention can nudge the physical world in tiny, measurable ways, like trying to make a dice roll slightly more likely to land on six just by staring at it really hard.
This study illustrates why preregistration matters: by registering the analysis plan beforehand, researchers prevent themselves from 'cherry-picking' data or changing their hypothesis after seeing the results, a practice that helps distinguish genuine anomalies from statistical coincidence.
Understanding Terms
What This Study Claims
Findings
Both the Frequency test and Runs test indicated reductions in randomness during the experimental condition.
weakDuring mental interaction periods, the number of samples exceeding the statistical threshold for reduced randomness increased by approximately 50% compared to control data.
weakMethodology
The study utilized a True Random Number Generator to detect changes in randomness across pre-mental, mental, and post-mental interaction phases with 13 participants contributing to 100 trials.
moderateInterpretations
These results represent a proof-of-concept for constructing electronic devices susceptible to distant mental influence.
weakLimitations
The observed effect of distant mental interaction was weak.
strongThis 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.