A Heuristic Paper on the Nature of Mass
| Scientific Paper | |
|---|---|
| Title | A Heuristic Paper on the Nature of Mass |
| Read in full | Link to paper |
| Author(s) | Robert F Beck |
| Keywords | Spin, Mass, Gyroscope, Antigravity, Non-Human Technology |
| Published | 2007 |
| Journal | Proceedings of the NPA |
| Volume | 4 |
| Number | 1 |
| No. of pages | 42 |
| Pages | 2-15 |
Read the full paper here
Abstract
This paper restates the thought experiments that led me to conclude the fundamental initial dependence of mass upon spin (simple rotation of elementary particles) that led to my conclusions regarding the gyroscopic structure of particles that imparts measurable mass (as set out in The Special Theory of Reality as submitted to NPA, Tulsa 2006), and goes on to examine the experimental and observational evidence for this conclusion, including new evidence that has come to my attention since the Tulsa conference. Such evidence is, in part, highly controversial, even to the extent of implying the corruption of the scientific process, and also introduces new concepts to the scope of observational evidence that are defended as appropriate in the ultimate goal of truth, in what may be the most significant realization in the history of science (alien presence, and long-term application of anti-gravity technology on the planet). The fundamental conclusion implies polarity in the inertial effect of spin that was clearly demonstrated by Professor Eric laithwaite, in what may have become one of the most shameful episodes in modern science. I suggest that this explains the motion of neutrinos and anti-neutrinos that thus may form the basis of particle, field and radiation structure, which also may explain the fundamental nature of quantum mechanics, general relativity and string theory. Precisely what Einstein was intending to convey about gravitational fields is analysed, with several quotes, with the clear conclusion that he envisaged more than one type of field. I also cite the experiments of the late Dr. Bruce DePalma and others with gyros and spinning balls (that imply inertial effects of spin) but which need to be repeated in improved form.
Overview
Robert F. Beck presented this paper in absentia to the 14th conference of the Natural Philosophy Alliance at the University of Connecticut, Storrs, in May 2007. It continues the argument of his 2006 NPA paper and his book The Special Theory of Reality: that inertial mass is not a substance or a property conferred by a field, but simply rotation. "Mass is spin" is the thesis, and everything else in the paper follows from it — the structure of particles as nested spinning rings, the nature of radiation as rotational energy converted to translational energy, the interpretation of general relativity as describing several distinct kinds of gravitational field, and the possibility of a real, engineerable antigravity.
Its opening framing is combative and practical: "A great deal of money is now being spent in the search for the Higgs Boson. This paper suggests that such expenditure is wasted, because there is a very simple, and I would say obvious, alternative solution, verifiable by much simpler and less expensive experiments with spinning balls." The paper is explicitly heuristic — Beck says it is "intending to guide to truth rather than present clear evidence of truth" — and in its second half it departs from physics entirely, arguing from UFO sighting catalogues, television documentaries, accounts of human levitation and Sanskrit Vimana texts that antigravity technology exists and that alien presence on Earth is "established as a very high degree of probability." Readers should be aware that the paper's technical core and its evidentiary excursion are of very different characters.
The argument
The founding thought experiment
Beck begins with an imagined universe of identical elementary particles having only straight-line motion and no spin. Oblique collisions — he offers the break-off shot on a pool table as an everyday demonstration that collisions impart spin — give some particles rotational energy. If Newton's laws hold for the uncollided particles, then conservation of energy requires the now-spinning particles to move more slowly, "and the faster they spin the slower they must move." From this he concludes that "inertial mass and spin are equivalent," and that mass–energy convertibility becomes a trivial consequence of conservation rather than a separate postulate: "Mass (energy in rotational form) can be reduced to allow energy in translational form."
A striking corollary is that in this scenario mass increase accompanies a decrease in speed — the reverse of the relativistic relation. Beck accepts that Einstein was right about time but wrong about mass increasing with velocity, and takes the opportunity to reject the reification of time altogether: "'Time' does not exist! We cannot make 'it' run faster or slower. Time cannot have a shape, it cannot be warped, and it cannot be travelled through. All we have is a sequence of events." If time is defined as the rate of spin of a particle, a spinning body's clock runs slow because the standard itself changes with speed, not because any entity flows differently. He draws the same conclusion about energy: "Pure energy is nonsense; energy has to be a property of matter," and the fashion for "strings of energy" is "more like alchemy than science."
Curved motion and the structure of particles
Beck takes from Einstein's Chapter XXIII the result that the value of π for a rotating body is increased, and interprets it not as a change of dimensions but as a description of curvature of motion. In his Figure 1, two massless discs A and B travel side by side; A is set spinning, so a point on its rim must travel further per revolution, which Newton would read as a force acting on A alone — and hence as A having mass. But since conservation forbids A from accelerating, the only remaining option is that A follows a curved path along which rotational plus translational energy is conserved. Hence "high velocity and low spin will give slight curvature, but as spin increases and velocity decreases, the particle must move in ever tightening orbits."
Particles with the same rate and plane of rotation therefore form rings, and rings can be contained inside other rings spinning more slowly and at right angles. This nested-gyroscope architecture is Beck's model of matter: electrons, positrons and quarks are rings within rings, with quarks bound by linking rings of anti-neutrinos; bosons, photons and gravitons are rings released when the outer containment rotates into the same plane as the inner. He suggests these rings and helices "are the loops and strings of string theory," but with a concrete physical referent rather than abstract energy. Radiation is analogised to a hammer thrower releasing the hammer: high rotational energy converted to translation, so that "there is no force that propels the photon, but rather a loss of mass that explains the very high acceleration involved." This makes individual photon mass variable and frequency-dependent, which Beck holds consistent with de Broglie's relation between frequency and momentum, though it requires individual photons to travel at speeds other than c while multi-photon light averages to c.
Polarity of the inertial effect and four gravitational fields
The paper's key new claim over the 2006 version is that "the inertial effect of spin acts only in the plane of spin." A particle is therefore free to move along its spin axis, which Beck offers as an explanation of neutrino and anti-neutrino helicity: the two may be identical but for the direction of motion along the axis relative to the sense of spin.
Turning to general relativity, Beck assembles quotations to argue that Einstein envisaged more than one kind of gravitational field — "Even though by no means all gravitational fields can be produced in this way" (end of Chapter XXII), and the Appendix V remarks that "Space-time is not necessarily something to which one can ascribe a separate existence" and that "the formation of the concept of the material object must precede our concepts of time and space." His own conclusion is blunt: "Space-time is the motion of matter," and "the concept of nothing being curved is ridiculous." He then distinguishes four components of the fields governing planetary motion: (1) the rotation of the universe, (2) the rotation of the galaxy, (3) "pure gravitational field" produced by spirals of tiny particles, probably neutrinos, and (4) curvature of motion due to the spin of the planet itself. Components 1, 2 and 4 are inertial effects of spin and can, he argues, be counteracted directionally; the pure field of component 3 requires a different approach.
Laithwaite and DePalma
The experimental section rests on two sources. The first is Eric Laithwaite's 1973 Royal Institution evening lecture — "the only occasion in the history of the Royal Institution that its proceedings went unrecorded" — and the 1974/5 Christmas Lectures. Beck describes the demonstration in which a boy strapped to a rotating platform raises a spinning 18 lb gyroscope with apparent ease at arm's length, and Richard Milton's account of Laithwaite himself lifting a 50 lb spinning gyro one-handed above his head. Beck's reading is that lifting was easy because the motion was along the axis of spin, in line with his polarity claim. He also reproduces Laithwaite's tethered-gyro experiment, in which a spinning gyro suspended from a 50-foot ceiling spirals outward "nose leading" to a stable 20-foot orbit, droops, then spirals back to a 6-foot orbit and out again — which Laithwaite jokingly compared to the Bohr atom, and which Beck reads as the gyro converting spin energy into translation of its own volition. He suggests a stroboscope be added to test whether the spin rate genuinely varies between orbits.
The second source is Bruce DePalma's work, reproduced in the appendices. The gyro drop experiment of Gerber, Merritt and Delvers dropped a 7.23 lb enclosed gyroscope 10.617 feet along its axis with the rotor stopped and at ~15,000 RPM, timing to 1/10,000 s; the spinning gyro fell faster, equivalent to a "fictitious force increment" of 0.024 lb, with Student's t = 2.398, p = 0.0275 over 18 degrees of freedom, stated as 97% confidence. Beck reinterprets this: not an increase in weight, but "a decrease in its inertial mass along the axis of spin," with a corresponding increase in the plane of spin. DePalma's spinning-ball results — that a spinning ball rises higher and falls faster than a non-spinning control, and that collision rebounds differ between rotating and non-rotating objects — are read the same way, though Beck is candid that the ball experiments lack an adequate methodological description and "need to be repeated," ideally in vacuum or in space. He also corrects DePalma where he thinks him confused, noting that DePalma "seems to have ignored the fact that energy is imparted to the balls in giving them spin."
Observational evidence of a quasi-scientific nature
Beck flags this section himself and defends it: individually weak testimony, he argues, gains veracity by volume and corroboration, and "the great mistake is to dismiss evidence because it is deemed to relate to something beyond the realms of science." He assembles accounts of human levitation (D. D. Home before witnesses including William Crookes, and Joseph of Copertino), John Hutchison's high-voltage effects, Otis Carr's counter-rotating-disc craft as described by Ralph Ring, a History Channel documentary on underwater submerged objects and the USS Franklin D. Roosevelt sightings, a tabulation of 90 pre-twentieth-century UFO reports of which he judges 63 to require non-conventional explanation, the 1897 Aurora, Texas case with its metal analyses, and Sanskrit Vimana texts describing antigravity flying machines. His unifying physical hypothesis is that antigravity depends on a specific sub-atomic vibration frequency, probably related to the iron nucleus and the Mössbauer effect, transmissible from a human nervous system to an object — which is how he explains levitation, the Shivapur stones, and Hutchison's apparatus alike. He concludes that "anti-gravity and alien presence is established as a very high degree of probability" and that the concealment of this "may well become the greatest ever crime against humanity."
Assessment
The genuinely interesting part of this paper is its first six pages, and it deserves to be read separately from what follows. Beck's instinct that mass ought to be reducible to motion rather than posited as a primitive is a respectable one with a long history, and his refusal to reify energy, time and space-time is philosophically sharp — "space-time is the motion of matter" is a defensible relationalist position, and his marshalling of Einstein's own Appendix V remarks in support of it is fair quotation rather than distortion. The observation that the inertial effect of a gyroscope might be anisotropic — resisting motion in the plane of spin while permitting it along the axis — is at least a definite, testable claim, and Beck's proposed tests (repeat the spinning-ball experiments in vacuum; put a stroboscope on the tethered gyro to see whether spin rate really varies) are cheap, specific and exactly what a heuristic paper should be proposing. He is also honest where the evidence is thin, saying plainly that DePalma's ball experiments are inadequately documented.
The physics nevertheless has difficulties that the paper does not confront. The founding thought experiment gets its result only because Beck applies conservation of total energy while declining to apply conservation of angular momentum — he explicitly proposes that the two conservation laws be "unified into a principle in which conservation of total energy were the overriding consideration," which is not a derivation but a decision to discard a law that would otherwise forbid the conclusion. His inference that mass increases as speed decreases is the reverse of what is measured directly every day in circular accelerators, where the cyclotron frequency of a stored beam falls with energy exactly as γ requires; no reinterpretation of the measurement is offered. The claim that individual photons travel at speeds other than c conflicts with the arrival-time coincidence of high- and low-energy photons from distant gamma-ray bursts, where Fermi-LAT observations constrain any energy-dependent dispersion in vacuum to better than one part in 1017 over billions of years. And the assertion that "the value of pi for a rotating body is increased" mistakes Einstein's rotating-disc argument, which concerns the ratio measured by co-rotating rods in a non-inertial frame, for a statement about a particle's trajectory in flat space.
The gyroscope evidence is weaker than presented. Laithwaite's demonstrations are real and were genuinely mishandled by his contemporaries, but the standard explanation — that a gyroscope under torque precesses rather than falls, so the lifter's applied force does work against a rotating rather than a static load, and that a person free to rotate on a platform experiences the reaction as rotation rather than as weight — accounts for the ease of lifting without any change in mass. Beck's own account concedes the crucial fact when it notes that the boy "started to rotate": the missing force went into angular momentum. Weight, in the sense of the force a scale reads, is unchanged: measurements of spinning rotors on precision balances, most carefully by Nitschke and Wilmarth after the Hayasaka–Takeuchi claims, found no weight change at the 10−5 level, and the tethered-gyro orbit is a well-understood spherical-pendulum-plus-precession problem. The DePalma drop result is the paper's only quantitative datum, and at p = 0.0275 from a single unreplicated run with a mechanically coupled rotor it is far below the standard required to modify Newton's first law; Beck's own call for replication is the right response to it.
The second half of the paper is a different matter. It abandons the discipline of the first: sighting catalogues from popular books and websites, cable-television documentaries, and anonymous quotations attributed to intelligence officers are treated as evidence "of considerable weight" and used to certify a physical mechanism. The reasoning is also circular in structure — antigravity is inferred from the sightings, and the sightings are then said to "verify my analysis of mass, gravity, general relativity." The Aurora, Texas case, presented here as a strong instance, was reported at the time in a Dallas newspaper by a stringer and was investigated in 1979 by the Times Herald, which located a surviving witness who described it as a hoax written to attract attention to a dying town; the paper cites the MUFON account without the countervailing one. Nothing in the spin-mass hypothesis requires any of this material, and by including it Beck ensured that the testable proposals in his first six pages — which cost almost nothing to check — would be read alongside claims that most readers will dismiss on sight. That is the paper's real cost, and the author's own framing, that "this is purely heuristic," is the fairest description of what survives.