vielen Dank für Deine wunderschönen Seiten.

So genial kann eigentlich nur einer sein. Der/ die (es) mit der Gesamtidee.

herzliche Grüsse Gerd

[...]On Numeric Magnetism and the Fundamentals of Primality | Energy Research[...]…

the timing / field polarities / field proximities should be such that:
1) the ferrite core is attracted to the appraoching N42
2) the hall sensor triggers your battery to pulse the electromagnet so that when its field arises its breaks the attraction between the N42 and the coils core at exactly the right moment
3) you will need to tune the distances between the N42 and the electromagnets core (as a way to adjust the relative field strengths)
4) first work with this effect using 1 hall sensor and two N42s.
5) then add another sensor/mag pair to double the effect!
6) go from there!

if you get the timing just right and arrangement tuned just so, you will then find your motor spinning very, very fast while consuming remarkably low energy from the battery. this is because the acceleration is powered by the statically available energy produced by the fields of the N42s! the reason is that this arrangement provides a means of making the system asymmetric long enough for you to take advantage of the normally balanced (and thus net 0) field of the permanent magnet. i predict that permanent magnets within asymmetrical motor systems will be a big part of the equation in the future of “fuel”! anyhow, the setup i have just given you will allow you to achieve your goal. good luck!

US 2760055

U.S. Pat. No. 1,309,031 to Hettinger discloses an aerial conductor for wireless signaling and other purposes. The antenna produces, by various means, a volume of ionized atmosphere along a long beam axis to render the surrounding atmosphere more conductive than the more remote portions of the atmosphere. A signal generating circuit produces an output through a discharge or equivalent process that is distributed over the conductor that the ionized beam defines and that radiates therefrom.

U.S. Pat. No. 3,404,403 to Vellase et al. uses a high power laser for producing the laser beam. Controls repeatedly pulse and focus the laser at different points thereby to ionize a column of air. Like the Hettinger patent, a signal is coupled onto the ionized beam.

U.S. Pat. No. 3,719,829 to Vaill discloses an antenna constructed with a laser source that establishes an ionized column. Improved ionization is provided by means of an auxiliary source that produces a high voltage field to increase the initial ionization to a high level to form a more highly conductive path over which useful amounts of electrical energy can be conducted for the transmission of intelligence or power. In the Hettinger, Vellase et al. and Vaill patents, the ionized columns merely form vertical conductive paths for a signal being transmitted onto the path for radiation from that path.

U.S. Pat. No. 3,914,766 to Moore discloses a pulsating plasma antenna, which has a cylindrical plasma column and a pair of field exciter members parallel to the column. The location and shape of the exciters, combined with the cylindrical configuration and natural resonant frequency of the plasma column, enhance the natural resonant frequency of the plasma column, enhance the energy transfer and stabilize the motion of the plasma so as to prevent unwanted oscillations and unwanted plasma waves from destroying the plasma confinement.