Introduction.
There are Two levitation principles to be observed, using the B-field reduction principlesaround a current in a conductor.
A: Levitation by dual conductor-magnet plating interaction.( figure 1,2,3,4)
B: Levitation by dual conductor-conductor interference. ( figure 5,6,7)
by using two coaxial Tesla Bifilar coils using coil conductors with different cross section.
Ad 1, The Lorentz levitation force will become a non symmetric form, with a one sided
reduced reaction force of the reduced Anti Maxwell tubular area around conductor coils on a
local magnet ( figure 1,2,3,4)
The magnet will create a normal Lorentz force on the electrons in the wire for levitation, but
the magnets do not “feel” locally the opposing magnetic Standard Maxwell field around the
current in the wire. The EM Drive is the result.
Ad 2, The Lorentz levitation force will become a non symmetric ( reduced) form, with a one
sided reduced reaction force created by the Anti Maxwell dipping area around the conductor
coil with larger diameter conductor tubes, for effective screening of a second conductor coil
with smaller diameter tubes conductors. ( figure 5,6,7)
The configuration of both systems (of ad:A and B) are suggested to most effective in the form
of a disc, however the middle disc section of such a disc can be left out for easy
manufacturing.
see: see: https://vixra.org/pdf/1905.0244v3.pdf
