FOR POSTING: UFT385 Sections 1 and 2 and Background Notes

Thanks again!

In a message dated 20/08/2017 15:37:22 GMT Daylight Time, burleigh.personal@gmail.com writes:

Posted today

Dave

On 8/19/2017 11:48 PM, EMyrone wrote:

To Dave, These are the Sections 1 and 2 and background notes, thanks again!

rom: EMyrone
To: bo.lehnert, avanderm, dblake, pennbonvivant, raydela, corbis, normanpage, fritzius, garethjohnevans, rpmc_6, burleigh.personal, alexhillgtz, ccefalas, simon.cliffy, fdamador, steve.bannister, alwyn.vandermerwe, henryk.ratajczak, croca, dwlindstrom, cr1460solarinc, sean, norpag, kp.phys, mail, rob, thenarmis, Alwyn.VanDerMerwe, dendavis, k.pendergast, mcp358, russdavis1234
BCC: heva709puri
Sent: 16/08/2017 12:38:28 GMT Daylight Time
Subj: FOR POSTING: UFT385 Sections 1 and 2 and Background Notes

This is a paper that demonstrates that the electric dipole field of electrostatics conserves antisymmetry. In general the same method can be used to show that any static electric field strength conserves antisymmetry. The conservation of antisymmetry is a new fundamental law of physics, as fundamental as conservation of energy / momentum or charge / current density. The same method can be used to show that any static magnetic flux density in regions where the current density is vanishingly small conserves antisymmetry. The antisymmetry laws are solved numerically by Dr. Horst Eckardt and give the spin connections or “vacuum structure”.

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