DEPALMA ACCUTRON EXPERIMENThttps://depalma.pairsite.com/Absurdity/Absurdity09/NatureOfElectricalInduction.html (appendix)
"Dr. Nikolai Kozyrev, a respected Russian astrophysicist, announced almost fifty years ago that he had discovered a new force in physics that he called the “density of time.” He concluded that the rate at which time passes can be altered by other physical processes."
Time not only has a pattern of flow, says Dr. Kozyrev, but also a rate of flow. He calls "the rate of flow" the difference between cause and effect. "As the rate of the time flow through a substance changes, weight is lost," Dr. Kozyrev told us.”
Time is a torsion potential (also called a scalar wave).
Time is the dextrorotatory torsion field (subquark string), or terrestrial gravity.
Anti-time is the laevorotatory torsion field, or antigravity.
The flow of time and anti-time can cause matter to either increase or decrease in weight.
Both torsion potentials/scalar waves form the Whittaker potential.
"DePalma proposed, as a result of his wide-ranging rotational experiments, that "rotating masses" in general set up an "inertial field" in their vicinity (the more widely-used term for this field now, because of how it's accessed, is a "torsion field" -- because "torsion" means literally "rotation")."
'What this means is simple.
If measured along the rotational axis (as seen in the diagram - above) ... this "torsion field" from the resulting rotation seemed to increase the inertia of other moving objects (such as the tuning fork inside the Accutron); but, if the watch was rotated 90 degrees -- into the plane of the masses rotation -- the Accutron's tuning fork inertia abruptly decreased ...!
Again, these differences -- measured "within the spin field" -- were NOT slight ... or ambiguous.
A 1000-second measurement period (~17 minutes ...)
produced almost a full second (0.9 sec) lag in the Accutron's previous time setting; the normal drift rate of the watch -- as measured by DePalma before and after each experimental "run" -- was about 0.25 second per a four hour period .... The effect of a nearby, rotationally generated "inertial field" on the Accutron's vibrating tuning fork -- a field created solely by spinning a ~30-lb aluminum/steel disc, at almost 8000 rpm -- was definitely NOT "buried in the noise!""
"Kozyrev’s work was so awesome and extraordinary in its implications, not only for the development of the foundations of theoretical physics, but also for its dangerous potential applications, that the Soviet leadership wisely classified it at the very highest levels. Indeed, it was Kozyrev, in fact, who laid the experimental basis and outlined the theory of Soviet research into that area of physics often called “scalar” physics, but it might equally, and probably with more justification, be called “torsion” physics.
Kozyrev’s analysis “brought him to a conclusion that the processes of thermonuclear
synthesis cannot serve as a main source of stellar energy.” In other words, the fusion-gravity geometry model of standard stellar processes — a geometric model inspired in large part by Einstein’s General Relativity and extrapolations from it performed by other scientists — was simply not able to account for the enormous energy pouring out of stars. Some other mechanism altogether was at work.
Dr. Kozyrev outlined the fundamentals of his whole physics and philosophical approach in a paper first published in 1967: “The Possibility of Experimental Study of the Properties of Time.” The title itself is suggestive, and breathtaking enough. But the contents of the paper — especially for one reared in the milieu of post-relativistic physics — as Dr. Kozyrev like all academic physicists was, is even more stunning. He announces his philosophy, and program, in no uncertain terms:
In reality, the exact sciences negate the existence in time of any other qualities other than the simplest quality of “duration” or time intervals…. This quality of time is similar to the spatial interval. The theory of relativity by Einstein made this analogy more profound, considering time intervals and space as components of a 4-dimensional interval of a Minkowski universe. Only the…geometry of the Minkowki universe differentiates the time interval from the space interval. Under such a conception, time is scalar and quite passive. It only supplements the spatial arena, against which the events of the universe are played out. Owing to the scalarity of time, in the equations of theoretical mechanics the future is not separated from the past; hence, the causes are not separated from the results. In the result, classical mechanics brings to the universe a strictly deterministic, but deprived causality. At the same time, causality comprises the most important quality of the real world.
1. Time is not merely a “scalar” or “one-dimensional entity” in the geometry of space-time; it is not, therefore, to be viewed in the sense that the geometry of General Relativity — the Minkowski space — or for that matter, most physical theory, views it, namely, as merely duration; and,
2. That because physics has tended throughout the centuries to view time in only this way — as mere duration — modern physics in particular has no really adequate way to distinguish cause from effect with formal, mathematical, explicitness.
What Einstein did in his General Theory of Relativity, as many know, is that he made time a fourth dimension in the mathematical description of an object, since any physical object not only existed in space, but endured in time.
But this dimensionless “duration-only” description of time was completely inadequate, according to Dr. Kozyrev, for by pointing out the “scalarity” of time, he is simply pointing to the obvious fact that as a “dimensionless” entity it is not comprised of further “parts,” so to speak. One cannot therefore adequately distinguish a “cause” from its “effect” within mathematical physics with any degree of formal, mathematical precision, since this idea of “mere duration” is incapable of further formal analysis. Time, on this physical view, was a passive player, and not an active contributor, to physical processes and forces. It was merely a backdrop or stage on which those processes and forces were played out. By viewing time as a non-scalar, Kozyrev has announced his philosophy, and his program: time is active and possessed of its own inherent parts and qualities, and experimental physics must investigate these with all the scientific rigor as it investigated other active forces and properties in previous centuries. With this insight, in other words, Kozyrev announced a wholesale assault on two of the foundations of modern physics and some of its hidden, and very counterintuitive, assumptions: Relativity, and Quantum Mechanics.
To put it differently, since Kozyrev views time as an active participant in systems, he views the systems of physical processes in a profoundly different way from standard physical mechanics, in that for him they are (1) open systems and (2) systems more or less far from equilibrium. More is involved, in other words, in the notions of cause and effect than the merely statistical probabilities of standard quantum mechanics.
Since time is not, on Kozyrev’s view, merely a dimensionless scalar, this means in turn that it can have, like a vector of force in ordinary mathematical physics, a direction, a movement from one point to another, or what he calls, “the directivity of time.” It is this non-scalar, almost vector-like quality that Kozyrev means when he states that time is in its own right a kind of physical force, hitherto not adequately understood by contemporary physics as an exact science, but once understood when in its infancy centuries ago as a natural science. On this more ancient “teleological” view, “causality is linked in the closest way with the properties of time, specifically with the difference in the future and the past.”
Time enters a system through the cause to the effect. The rotation alters the possibility of this inflow, and, as a result, the time pattern can create additional stresses in the system. These variations produce the time pattern. From this it follows that time has energy.Note that one aspect of Kozyrev’s basic theoretical conception was in fact confirmed, namely, that the local space of a system itself appeared to have a spin orientation; it was not simply a “void with a curvature,” as the post-Einstein popular imagination would have it, but it was a space with a dynamic property: an orientation to rotation.
Kozyrev leaves nothing to chance and spells out the implications of these observations and experimental data quite clearly: “Hence, time possesses not only energy but also a rotation moment which it can transmit to a system.""
(from The Philosopher's Stone by J. Farrell)