Tom Bearden

Tom Bearden
Tom Bearden
Born	December 17, 1930
Died	February 3, 2022 (aged 91)
Residence	Huntsville, AL, United States
Nationality	USA
Known for	Scalar electromagnetics, energy from the vacuum, the Motionless Electromagnetic Generator
	Scientific career
Fields	Nuclear engineering, guided missile engineering, electromagnetic theory

Lt. Col. Thomas Eugene Bearden (17 December 1930 – 3 February 2022), who wrote as Tom Bearden, was an American retired U.S. Army officer, nuclear engineer and theorist who became one of the most widely read figures in the modern free-energy movement. He argued that the electromagnetic theory taught today is a truncation of Maxwell's original quaternion theory, and that the missing structure – which he called scalar electromagnetics – permits electrical energy to be drawn from the active vacuum. He was co-inventor of the Motionless Electromagnetic Generator (MEG), a long-time collaborator of John Bedini, the author of a large body of books and papers on scalar weaponry and vacuum energy, and the proprietor of the website cheniere.org, which for two decades served as a primary reference archive for the free-energy research community.

Biography

Bearden was born in Huntsville, Alabama, on 17 December 1930. He graduated from Northeast Louisiana University in 1953 with a BS in mathematics and a minor in engineering, and later took an MS in nuclear engineering at the Georgia Institute of Technology (1971). He entered active Army duty as an officer in June 1954 and served twenty years, with postings that included Korea, Vietnam and Canada, retiring with the rank of lieutenant colonel.

Alongside his technical work he was a third-dan practitioner of aikido and the author of a manual on the Yoseikan style, and a country-music songwriter and performer. He was married twice; his second wife, Doris, died in 2013 after forty-nine years of marriage. Bearden died in Huntsville on 3 February 2022 after a lengthy illness. (Some movement obituaries and later web sources give the date as 6 February 2022; the funeral home notice and the published obituary both give 3 February.)

Military and professional career

Bearden held the Army's rare 1181 military occupational specialty – the guided-missile staff officer qualification awarded through the U.S. Army Guided Missile Staff Officer's Course at Fort Bliss, Texas, which he described as equivalent to an MS in guided missile engineering. He worked directly with the Nike Ajax, Nike Hercules, Hawk, SHORADS and Patriot guided missile systems, and received a Legion of Merit commendation for solving a critical battery problem in a missile system. Over some forty years he worked in air defence systems, technical intelligence, the analysis of Soviet electromagnetic weaponry, artificial intelligence, computerised war gaming and antiradiation missile countermeasures, including a period as a senior scientist with the aerospace contractor Colsa Corporation.

He was president and chief executive of CTEC, Inc., a private research and development corporation formed to investigate free-energy devices and the interaction of electromagnetic fields with biological systems. He also served as president of the Association of Distinguished American Scientists (ADAS), and as editor and publisher of Specula, the journal of the American Association of Metascience (AAMS). He sat on the boards of the AAMS, the U.S. Psychotronics Association, and Astron, a Washington-area aerospace R&D corporation known for specialised RF antennas. His society memberships included Mensa, the Society for the Investigation of the American Physics Teachers, the Alabama Academy of Science, the Air Force Association, the Association of the United States Army, the American Nuclear Society and the American Defense Preparedness Association.

From about 2001 Bearden also used the title "Dr." on the strength of a doctorate awarded to him for life experience by Trinity College and University, an institution that holds no recognised accreditation. This was noted at the time by Skeptical Inquirer and has been raised repeatedly by his critics. His accredited degrees are the BS in mathematics and the MS in nuclear engineering described above.

Scientific contributions

Scalar electromagnetics and the "lost" Maxwell theory

Bearden's central historical claim is that classical electromagnetism was impoverished before it was ever taught. Maxwell's A Treatise on Electricity and Magnetism (1873) was written using quaternions, a hypercomplex algebra in which each quantity carries both a scalar and a vector part. In the 1880s Oliver Heaviside and, independently, Josiah Willard Gibbs recast the theory into the four vector equations now universally known as "Maxwell's equations". Bearden argued that this reduction was not a mere change of notation: in discarding the quaternion formalism, he held, physics discarded the scalar component of the electromagnetic potential and with it an entire class of physically real phenomena. He further argued that the subsequent gauge-fixing conventions of standard electrodynamics – which arbitrarily set the divergence of the potential to a convenient value – deliberately discard the free energy that a change of potential introduces into a system.

To this he added the work of the mathematician E. T. Whittaker. In two papers of 1903 and 1904 Whittaker showed that a scalar potential can be decomposed into a bidirectional set of longitudinal electromagnetic wavepairs, and that any electromagnetic field can be represented by two scalar potential functions. Bearden took these results as a mathematical demonstration that the potential is internally structured – that what standard theory treats as an inert bookkeeping quantity is in fact a dense, ordered flux of longitudinal waves. Engineering that internal structure, rather than the transverse waves of ordinary radio and power engineering, is what he meant by "scalar electromagnetics". Whittaker's potential decompositions have been discussed on this wiki in lectures by Thad Mauney and others.

Energy from the vacuum and broken symmetry

Bearden's argument for over-unity operation rested not on denying energy conservation but on redefining the system boundary. Standard circuit analysis, he maintained, treats an electrical generator or battery as a closed system, whereas any dipole is in fact an open system in exchange with the surrounding vacuum. Drawing on the 1957 work of Lee and Yang on broken symmetry – for which they received the Nobel Prize – he argued that the formation of a dipole constitutes a broken symmetry in the vacuum's virtual particle flux, and that the dipole thereafter acts as a continuous "negentropic" gate through which vacuum energy pours into three-space. On this account a battery does not supply the energy in a circuit at all: it supplies only the dipole, and the load's energy comes from the vacuum. The historic waste, in Bearden's telling, is that conventional circuits use half their collected energy to destroy their own source dipole, which is why they must be continually refuelled.

He therefore described his target devices not as perpetual motion machines but as open dissipative systems with a coefficient of performance (COP) greater than unity – analogous, in his own comparison, to a heat pump or a windmill, which return more energy to the user than the user puts in because an environmental source supplies the difference. This distinction between efficiency and COP is central to his writing and is the point on which he and his critics most consistently talk past one another.

The Motionless Electromagnetic Generator

The MEG is the best-known device associated with Bearden. U.S. patent 6,362,718, "Motionless electromagnetic generator", was filed on 6 September 2000 and granted on 26 March 2002 to Stephen L. Patrick, Thomas E. Bearden, James C. Hayes, Kenneth D. Moore and James L. Kenny, all of Huntsville, Alabama. The device as patented has no moving parts: a permanent magnet is mounted in a magnetic core providing two flux paths, each carrying an input coil and an output coil. Pulsing an input coil momentarily diverts the permanent magnet's flux out of one path and into the other, and the resulting flux change induces current in the output coils.

Bearden and his co-inventors claimed that the device could produce more output energy than was supplied to the input coils, the excess being drawn from the vacuum via the permanent magnet's static dipole, and that it could in principle be close-looped to power itself and a load. A theoretical account of the device, "Explanation of the Motionless Electromagnetic Generator with O(3) Electrodynamics", appeared in Foundations of Physics Letters in 2001 under the collective authorship of the Alpha Institute for Advanced Study group, of which Bearden was a member. Replication attempts were made by J.-L. Naudin and other independent experimenters; no replication has produced an accepted demonstration of net energy gain, and critics have attributed the reported gains to measurement error in pulsed, non-sinusoidal waveforms. It should be stated plainly that the grant of a patent is a determination about novelty and disclosure, not a verification that a device performs as its inventors claim; the patent is real, the over-unity performance remains a claim.

Collaboration with John Bedini

Bearden's longest technical partnership was with the audio engineer and inventor John Bedini, and it spanned more than twenty years. Bedini built; Bearden theorised. From the mid-1980s Bearden documented and provided theoretical accounts of Bedini's machines – the Kromrey and Brandt-Tesla converters, the "gravity field generator", and the battery-charging pulse circuits that became the best-known artefacts of the hobbyist free-energy scene. The relationship is recorded directly in their joint 2006 volume Free Energy Generation: Circuits & Schematics, subtitled "20 Bedini-Bearden Years", and in several of the shorter papers listed below. Bearden also worked with and wrote about the inventor Floyd Sweet, whose "vacuum triode amplifier" he analysed in a 1991 paper with Sweet himself.

Soviet scalar weapons writings

A substantial part of Bearden's output from 1980 onward concerned what he asserted was the Soviet weaponisation of scalar electromagnetics. In The Solution to Tesla's Secrets and the Soviet Tesla Weapons (1981), The New Tesla Electromagnetics (1984) and Fer De Lance: A Briefing on Soviet Scalar Electromagnetic Weapons (1986) he argued that the USSR had, since the 1950s, developed and deployed longitudinal-wave interferometry weapons capable of destroying targets at a distance, altering weather, and producing effects he connected to unexplained events including the Tunguska explosion and various aircraft and submarine losses. He linked these systems to the wireless power and directed-energy work of Nikola Tesla and to Soviet installations such as the Woodpecker over-the-horizon radar at Chernobyl. These writings were presented as intelligence briefings drawing on his own background in technical intelligence and Soviet weapons analysis; they were not corroborated by any government or independent source, and they remain his most contested body of work. They were nonetheless enormously influential within the Tesla technology and alternative-defence literature of the 1980s, and much of the later popular vocabulary of "scalar weapons" derives from them.

He also wrote on the biological side of the same programme – Excalibur Briefing (1980) on paranormal phenomena, AIDS: Biological Warfare (1988), and Gravitobiology (1991) – extending the scalar model to health effects, bioelectric fields and what he termed psychoenergetics.

Reception and criticism

Bearden was among the most influential authors in the free-energy and new energy community. cheniere.org made his papers freely available worldwide, and his vocabulary – scalar potential, the active vacuum, COP versus efficiency, the source dipole – became the common language of a generation of independent researchers. He was a fixture of the Tesla and new-energy conference circuit, and his 2012 Sagnac Award citation credited him with "foundational concepts and principles describing the energy of space" and "systematic theoretical investigations of practical devices claiming over unity performance".

Mainstream physicists rejected his position. The standard objection is that a device drawing continuous net energy from the ambient vacuum, with no measurable depletion of any source, is a perpetual motion machine of the second kind, and that the second law of thermodynamics forbids it; Bearden's reply was that the second law is a statistical statement about closed equilibrium systems and does not govern open systems far from equilibrium. Critics have also disputed the historical premise, arguing that Heaviside's vector formulation is mathematically equivalent to Maxwell's quaternion presentation and discards no physics, and that gauge freedom is a redundancy of description rather than a suppressed energy source. The Foundations of Physics Letters papers by the Alpha Institute group were criticised in detail by Gerhard W. Bruhn and others, who argued that the underlying O(3) electrodynamics of M. W. Evans is not Lorentz invariant. The science writer Martin Gardner dismissed the theory presented in Energy from the Vacuum and drew attention to the unaccredited doctorate.

The publicity biography that circulated with Bearden's books credited him with "over 70 major papers published in leading science and physics journals". This should be treated with care: the great bulk of his written output appeared on cheniere.org, in self-published books, in conference proceedings and in movement periodicals such as the Journal of New Energy, Explore and his own Specula. A small number of items, chiefly the 2001 MEG paper and related Alpha Institute contributions, appeared in Foundations of Physics Letters, a conventionally published journal. The larger figure is not supported by any citation index and should not be repeated as fact.

Awards

2012 – Sagnac Award, "in recognition of a lifetime commitment to excellence in scientific pursuit" (see Lt. Col. Thomas E. Bearden: 2012 Sagnac Award Recipient)
Legion of Merit, U.S. Army