TELEKINESIS IS REAL says US NAVY Researcher (Move Objects With Mind)
Telekinesis, the alleged ability to move objects with one's mind, has long fascinated both scientists and the public. A compelling case emerged in 2018 when Dr. Reginald Lamar James, a scientist at the Naval Research Laboratory, shared a video demonstration of what he termed "psychotronic energy."
In his documented experiment, Dr. James attempted to demonstrate the movement of objects through mental influence, utilizing a setup that included a Faraday cage constructed from aluminum foil and glass. The demonstration aimed to show that this proposed form of energy could penetrate electromagnetic barriers, suggesting properties distinct from known physical forces.
Key Takeaways
A Naval Research Laboratory scientist demonstrated an unconventional approach to object manipulation
The experiment utilized specialized equipment including a custom-made Faraday cage
The demonstration sparked discussions about unexplained physical phenomena and energy forms
Mental Powers and Scientific Research
Dr. Reginald Lamar James, a scientist at the United States Naval Research Laboratory, claims to possess telekinetic abilities through what he terms "psychotronic energy." This unconventional research explores the potential to move objects using mental powers alone.
The term "psychotronics" originated in Soviet parapsychology research. This field examines mental phenomena beyond conventional scientific understanding.
Dr. James conducted experiments using basic materials including plastic cups, aluminum foil, and toothpicks. His primary demonstration involved a makeshift rotor balanced on a needle point, covered by a foil-lined cup acting as a Faraday cage.
A Faraday cage typically blocks electromagnetic fields through rapid electron rearrangement in its conductive walls. Dr. James argues that psychotronic energy can penetrate these barriers, suggesting it operates on different principles than known electromagnetic forces.
The experimental setup consisted of:
Aluminum foil rotor
Support needle
Toothpick frame
Plastic cup with foil lining
During demonstrations, the rotor exhibited slow rotational movements when Dr. James placed his hands near the container. The motion occurred in both clockwise and counterclockwise directions at varying speeds.
Dr. James theorizes this energy represents an undiscovered force in nature. He claims it relates to UFO propulsion systems and can bypass conventional electromagnetic shielding.
Physical contact with the container appeared necessary to produce movement effects. The demonstrations required specific hand positions, with one hand cupping the container while the other remained in contact with the base.
Profile of Dr. Reginald Lamar James
Dr. Reginald Lamar James serves as a researcher at the United States Naval Research Laboratory. His work focuses on experimental research involving psychotronic energy and its potential applications.
In 2018, Dr. James conducted experiments exploring what he termed "psychotronic energy" - a proposed form of energy he claims can penetrate Faraday cages. His research involved attempts to demonstrate telekinetic effects using basic materials like aluminum foil, plastic cups, and needles.
Key Equipment Used in Experiments:
Plastic cups lined with aluminum foil
Aluminum foil rotors
Needle-based pivot systems
Custom-built psychotronic energy generators
Dr. James hypothesizes that psychotronic energy represents a distinct force separate from electromagnetic fields. He suggests this energy can pass through metal barriers that typically block electromagnetic radiation.
His experimental setup includes lightweight rotors balanced on needle points, enclosed within makeshift Faraday cages constructed from household materials. The apparatus demonstrates subtle movements under specific test conditions.
Dr. James continues his research into unconventional energy phenomena. His recent work includes experiments with Tesla coil technology and investigations into potential connections between psychotronic energy and UFO propulsion systems.
Analysis of Dr. James' Telekinesis Video
Dr. Reginald Lamar James, a researcher at the United States Naval Research Laboratory, released a video demonstrating what he describes as psychotronic energy manipulation. The experiment featured a simple setup using household items including aluminum foil, toothpicks, tape, and a needle.
The primary apparatus consisted of a lightweight rotor made from aluminum foil balanced on a needle point. Dr. James placed this under a plastic cup lined with aluminum foil, which he described as a Faraday cage.
The rotor exhibited slight movements in both clockwise and counterclockwise directions while under the cup. Dr. James maintained physical contact with the cup during the demonstration, gripping it firmly with one hand while keeping his other hand in contact with the base.
Several technical aspects of the demonstration raise questions about the experimental controls:
The rotor's extremely light construction made it susceptible to minimal forces
The cup contained trapped air when placed over the rotor
Direct hand contact with the cup could transfer heat or vibration
The weight distribution of the foil rotor appeared potentially uneven
The vertical alignment of the needle base was not verified
The term "psychotronics" originated in Soviet parapsychology research. Dr. James claims this energy can penetrate Faraday cages, which typically block electromagnetic fields, suggesting it represents a distinct form of energy not recognized by conventional physics.
Dr. James theorizes this demonstration has implications for understanding UFO propulsion systems, though he presents no additional data supporting this connection. The video was released in 2018 alongside other demonstrations of his work with Tesla coils.
Electromagnetic Shielding Properties of Faraday Cages
A Faraday cage functions as an electromagnetic shield through the arrangement of conductive materials, typically metal, that block electric fields. The conductive material redistributes electrical charges rapidly across its surface, preventing electromagnetic waves from penetrating the interior space.
The effectiveness of a Faraday cage depends on several key factors. The material must be highly conductive, like aluminum or copper. The cage structure needs complete or near-complete enclosure of the protected space. Gaps or holes in the conductive material can reduce shielding effectiveness.
Common applications of Faraday cages include:
Microwave ovens
Electromagnetic test chambers
Protection for sensitive electronics
Aircraft and vehicle shielding
Building lightning protection
Metal mesh or solid metal construction both work for Faraday cage designs. The cage's ability to block signals increases with the conductivity of the material used. Proper grounding enhances performance.
Key Design Considerations:
Material conductivity
Complete enclosure
Minimal gaps
Proper grounding
Thickness requirements based on frequency
A simple demonstration uses aluminum foil to create a basic Faraday cage. While not as effective as professional designs, it illustrates the core electromagnetic shielding principles.
The cage blocks both incoming and outgoing electromagnetic radiation. This creates a protected interior space free from external electrical interference.
Investigation into Psychotronic Energy
A Naval Research Laboratory scientist, Dr. Reginald Lamar James, demonstrated an experiment involving what he termed "psychotronic energy" in 2018. The experiment centered around his claimed ability to move objects using mental power.
Dr. James utilized a simple setup consisting of an aluminum foil rotor balanced on a needle point, covered by a plastic cup lined with aluminum foil. He described this container as a Faraday cage - a conductive enclosure designed to block electromagnetic fields.
The rotor exhibited small, clockwise movements when Dr. James placed his hands on the Faraday cage. The motion would occasionally reverse direction or cease entirely before resuming rotation.
Key Components of the Experiment:
Aluminum foil rotor
Needle point base
Plastic cup with aluminum foil lining
Manual contact with the container
Several physical factors warrant examination. The experimental setup relied on an extremely light rotor balanced on a single point, making it highly sensitive to minor disturbances. The enclosed air space within the container remained vulnerable to temperature changes from hand contact.
The positioning of Dr. James's hands during the demonstration raised questions about thermal effects. He maintained firm contact with the container while keeping his other hand on the base, rather than demonstrating the effect from a distance.
The sensitivity of the rotor's balance point and potential uneven weight distribution of the aluminum foil components could account for the observed movements through conventional physical mechanisms rather than psychic forces.
Physical Demonstration of Psychotronic Energy Manipulation
The experiment involved a lightweight aluminum foil rotor balanced on a needle point, creating a delicate spinning mechanism. A clear glass container served as the initial barrier between the operator's hands and the rotor.
Dr. Reginald Lamar James, a scientist at the U.S. Naval Research Laboratory, demonstrated the rotating effect by placing his hands near the glass container. The rotor exhibited slow, clock-like movements in both clockwise and counterclockwise directions.
The second phase incorporated a plastic cup lined with aluminum foil, designed to function as a Faraday cage. This setup aimed to block electromagnetic fields while testing the penetration of what Dr. James termed "psychotronic energy."
Key Components of the Setup:
Aluminum foil rotor
Needle pivot point
Toothpick supports with tape
Glass container
Foil-lined plastic cup
The operator maintained direct contact with the foil-lined container, cupping it with one hand while keeping the other hand positioned at the base. The rotor continued its rotation pattern within the makeshift Faraday cage.
Notable Observations:
The glass barrier reduced the movement speed
Rotation occurred in both directions
Motion persisted briefly after hand removal
The rotor's movement appeared more pronounced without barriers
The demonstration utilized basic materials and relied on precise positioning of the components. The foil rotor's design allowed for minimal friction at the contact point with the needle.
Questions Surrounding Psychotronic Claims
Several technical concerns raise doubts about the psychotronic demonstration. The experimental setup lacks proper controls and scientific rigor.
The physical contact with the cup creates potential interference. Gripping the glass container tightly could transfer heat or create air currents that affect the lightweight aluminum foil rotor. A valid test would require maintaining distance between the operator and apparatus.
The rotor's construction poses methodological issues. Using a needle balancing point with uneven weight distribution in the aluminum foil arms could cause natural movement without external forces. The extremely light materials make the setup highly sensitive to minimal environmental effects.
The trapped air inside the glass enclosure presents another variable. Temperature differences between hand contact and the surrounding environment might generate convection currents capable of spinning the delicate rotor.
The claim that "psychotronic energy" penetrates Faraday cages contradicts established physics principles. Faraday cages block electromagnetic fields through electron redistribution in conductive materials. Any force passing through would need explanation via known scientific mechanisms.
Key experimental flaws:
Direct physical contact with apparatus
Uncontrolled environmental factors
Unstable rotor design
Lack of measurement tools
No peer review or independent verification
A scientifically valid demonstration would require:
Contactless operation
Environmental controls
Precise measurement
Reproducible results
Independent testing
The available evidence fails to support claims of psychokinetic abilities or new energy forces. The observed effects likely stem from conventional physical interactions rather than paranormal phenomena.
Examining Claims of Mental Object Manipulation
Dr. Reginald Lamar James, a researcher at the United States Naval Research Laboratory, released a video in 2018 demonstrating what he described as psychotronic abilities. He attempted to demonstrate the movement of objects using mental energy through a series of experiments.
The central experiment involved a lightweight aluminum foil rotor balanced on a needle point, covered by a plastic cup lined with aluminum foil. This setup was intended to create a Faraday cage - a metal enclosure that blocks electromagnetic fields.
Key elements of the demonstration:
Simple rotor made from aluminum foil and toothpicks
Cup lined with aluminum foil as a Faraday cage
Manual manipulation of the cup during demonstrations
The rotor exhibited minimal movement during the demonstration, rotating slowly clockwise and counterclockwise at different points. Dr. James maintained physical contact with the cup throughout the demonstration, gripping it firmly with one hand while keeping his other hand on the base.
Several technical concerns arise from the experimental setup:
The manual handling of the cup introduces variables like:
Body heat transfer
Air current manipulation
Vibration from hand contact
Design limitations:
Uneven weight distribution of the rotor
Single-point balance system
Enclosed air currents
The term "psychotronics" stems from Soviet parapsychology research, referring to alleged psychic phenomena and mental manipulation of objects. The demonstration did not include controls for environmental factors or independent verification of the claimed effects.
Notable experimental gaps:
No distance testing
Lack of controlled conditions
Absence of measurement tools
No peer review or replication
The video represents an informal demonstration rather than a rigorous scientific experiment, leaving significant questions about the nature of the observed movements and their causes.
Scientific Claims and Laboratory Demonstration
The Naval Research Laboratory scientist Dr. Reginald Lamar James demonstrated an experiment involving alleged psychotronic energy manipulation. A simple apparatus consisting of aluminum foil, toothpicks, and a needle formed the basis of the demonstration.
The experimental setup included a plastic cup lined with aluminum foil, intended to function as a Faraday cage. The central component featured a lightweight aluminum foil rotor balanced on a needle point.
Dr. James claimed his hands generated "psychotronic energy" capable of penetrating the Faraday cage to move the rotor. The demonstration showed minimal movement of the rotor in both clockwise and counterclockwise directions.
Several physical factors could explain the observed motion:
Air currents trapped within the cup
Temperature differentials from hand contact
Uneven weight distribution of the rotor
Imperfect balance on the needle point
The experimental conditions raise questions about controlled variables and scientific rigor. No independent verification or peer review of the claims has been published.
A standard Faraday cage blocks electromagnetic fields through electron redistribution in conductive materials. The claim that "psychotronic energy" passes through such shielding contradicts established electromagnetic principles.
The term "psychotronics" originated in Soviet parapsychology research but lacks scientific validation in mainstream physics. No measurable evidence supports the existence of mind-controlled object manipulation.
