Vimeo demonstration video
Perpetual motion is possible under extremely low levels of frictional load in this example with the ingenious use of angular spacing of magnets producing continuous rotary work.
You'd expect the use of a lever to be non-usable after it is used merely once. Yet, this cyclical repetition of passing a horizontal, V-formation of permanent magnets past another permanent magnet reuses the potential energy of leverage without any additional cost of energy if a flywheel is employed especially while this type of ratchet wrench resets itself.
The leveraging V-formation accelerates rotation due to an intensification of magnetic attraction or repulsion forming an artificial gravity. Nothing less than this accelerative force is necessary to overcome a constant friction.
The V-formation does not have to expend any additional energy since it is laid out in a changeless arrangement. The rotation of the geometry of this V-formation is permanently repetitive.
The purpose of the flywheel is to get past the ratchet-reset-point without merely injecting new energy restricted to that moment in time. Instead, it is injected, smoothly and continuously, throughout each rotation. So, this is not a design which can be merely "thrown together". Every feature of this seemingly simple-looking toy must be incredibly balanced to bring out all of its features to a maximum of gain.
The reuse of potential energy is the key focus to take away from this short video. The fact that potential energy is not being depleted automatically makes it limitless. No lengthy video can provide any additional information.
Cyclic repetition of leverage reuses the potential energy of permanent magnets.
Despite appearances to the contrary, this is a problem of mechanical engineering. This is not a fundamental problem of physics nor of electrical engineering. The use of electronics - for the operation of the MG10 - is merely to facilitate the efficient use of mechanical principles (as are illustrated in this simplistic video posted on Vimeo) due to the spacing of the magnets on the surface of a rotary device.
This is also a challenge of social engineering for which our maximization of profit is not yet ready for.
A parallel could be drawn between this simplistic Vimeo video and the pendulum lever of Veljko Milković despite their differences.
"...Noether’s theorem dictates mathematically that time-translation symmetry (which is unbroken at all times for systems humans can build) implies conservation of energy."
Most people are unaware of the reversal of time during a transient surge since they never bother to divide the instantaneous power of that moment by the energy of that moment (or vice versa) to discover whether or not a negative time-interval is the result (indicating a reversal of time).
The reversal of time for a transient surge invalidates Conservation of Energy during the moments in which these surges occur and, besides being engineerable, they also contribute to a total excess of voltage - especially in this instance since reluctance switching of the MG10, or the switching among the repetitive V-formation leverages placed around the circular drum of the demonstration toy, are similar examples which encourage the formation of parametric surges.
Since whatever energy (mostly dominating in voltage) is acquired during these moments are not tied to any causation, hence, there are no prior events which are directly liable for their results. In other words, just because it takes energy to catalyze the formation of a surge doesn't mean that we have to supply the energy of that surge.
These surges acquire their energy from any one or more of three options since these surges presuppose their open (system) architecture. These options are listed in their sequence of the easiest methods to acquire energy versus their increasing difficulty and (thus) the latter options are less likely to occur or give satisfactory results due to a lack of available energy in option #2 (the environment, for instance):
- The reuse of residual energy already resident within the circuit before it is sent back to the opposite terminal of the "source" and, thus, avoids neutralizing the dipole of potential difference stretching across the terminals of a source.
- Theft versus Acquisition:
- The theft of energy from manmade sources.
- The harvesting of energy from the natural environment.
- Imaginary power acquired from a singularity of non-organized imaginary (not complex) numbers. Since this singularity lacks the definable orderliness of real enumeration, it is the end result of cosmic (not local) entropy and is, also, the source of the reorganization of energy (aka, matter) from this disordered state.
This is nonlinearity at its finest.
And since the energy of these transients are not tied to any liability, they can become self-amplified in a reverb-style circuitry while the real power which catalyzes these surges remains small (or dies out due to entropy) resulting in an escalation of the coefficience of the performance of this open system.
