Research Proves Tin Foil Hats Do Not Prevent; Increase Ease of RF “Mind Control” | Interference Technology The longstanding mythology around the use of tin foil hats to block the government and extraterrestrials from reading or controlling a person’s thoughts using radio waves dates back to the late 1920s. The scientific logic is that the foil helmets […]
· archived 5/18/2026, 12:38:20 AM screenshot cached html click to expand Research Proves Tin Foil Hats Do Not Prevent; Increase Ease of RF "Mind Control" | Interference Technology .wpb_animate_when_almost_visible { opacity: 1; } Sponsor Interference TechnologyFor EMI / EMC EngineersFacebookLinkedInTwitterYouTube Articles Recurring Contributors All Articles Technologies Amplifiers Antennas Cable & Connectors Conductive Materials Filters / Ferrites Lightning & Surge Shielding Software Test Instrumentation Testing Markets Aerospace Automotive Consumer Electronics Industrial Medical Military Power Research Telecom Standards Resources Industry Jobs Events EMC Resources News Product News Industry Updates Digital Publications EMC Live Subscribe Sponsor Research Proves Tin Foil Hats Do Not Prevent; Increase Ease of RF "Mind Control" November 1, 2012 Item Media News, Shielding The longstanding mythology around the use of tin foil hats to block the government and extraterrestrials from reading or controlling a person’s thoughts using radio waves dates back to the late 1920s. The scientific logic is that the foil helmets act as a Faraday cage, an enclosure comprised of a conducting material that prevents external electrostatic charges and electromagnetic radiation from entering by distributing them around the exterior of the cage. However, the typical foil hat does not fully enclose a person’s head as an effective Faraday cage would and is ineffective at blocking radio frequency electromagnetic radiation. In 2005, a group of MIT students tested the effectiveness of foil helmets at blocking various radio frequencies by constructing three different helmet designs out of layers of aluminum foil. Using a radio frequency signal generator and a receiver antenna placed on various parts of their subjects heads, the students examined the strength of the transmissions. The students discovered that though the helmets shielded the wearers from the majority of tested radio waves, they amplified certain frequencies, including those in the 2.6 Ghz—allocated for mobile communications and broadcast satellites—and those in the 1.2 Ghz—allocated for aeronautical radionavigation—bands. For more information, visit The Atlantic. About the AuthorItem Media@emc_emihttps://interferencetechnology.com « Previous Post Testing Requirements for EMC-Unprotected Test and Measurement Circuits Next Post » Electromagnetic Compatibility (EMC) and Wireless WaveGuide Seminar Subscribe Sign up for our email newsletter with testing, design, application, and regulatory info for EMI/EMC engineers. Subscribe Do you qualify for our print magazine? Sponsor Resources A.H. Systems Free Product CatalogAmong the many antennas, probes, preamplifiers, etc. that we sell, the AK-40G Antenna Kit is arguably the most popular. In one convenient package, the … Download NowThe 10 Factors You Need to Consider When Selecting an EMC AntennaPresented by AH Systems - The antenna is one of the least understood components in an EMC test instrumentation set-up, and a poor choice of antenna(s) … Download NowHow to Solve Transient and ESD Issues at the ConnectorPresented by Quell - Transient connector inserts are a good way to solve ESD or other transient protection issues in a wide range of military-spec, … Download Now Sponsor What’s New Good SI, PI and EMC require this most of all…December 13, 2022 Plugging into a Power Source 93 Million Miles AwayNovember 30, 2022 An Isotropic Probe for Radiated Susceptibility Measurements from 10kHz to 18GHz and 5V/m to 220V/mNovember 22, 2022 Functional Safety, Risk Management, EMC and EMINovember 8, 2022 Current MonthjanuaryNo EventsfebruaryNo EventsmarchNo EventsaprilNo Events Sponsor Sponsor About Us | Subscribe | Advertise | Contribute | Contact UsCopyright © 2023 Lectrix®. All Rights Reserved.Privacy Policy | Cookie Policy X