Natural Science Forum / Physics / Particle Physics / March 2006

$$ Gregory L. Hansen wrote: > > > NILS BÖRJESSON > >A question:

$$ Re:               The GUESS SiGNETiC mass, mS
        = (mD - m1) = (n - 1)*m1 = m1*(vescape)^2/(2*v1^2)
        = (DisCHARGE mass mD - SHELL mass m1), from m1 CAViTY.
$$ The electron models ..VERY well, as a buoyant SHELL in ambient.

$$          |  G*M1*m1     k_c*q1*q2|   | Qx*(Ti - To)^4*Unit Joule |
$$ F_t*rA = |-- -- - -- + -- -- - --| = |(-- -- -- -- -- -- --) + eF|
$$          |(n - 1)*rA   (n - 1)*rA|   |       Unit T^4            |
$$                                    = |(    LaGrangian L    ) + eF|
$$
$$           |            m1*v1^2 |   |3*m1*rA*(g + a)|
$$ = m*c^2 = |Gibbs eG + (-- - --)| = |-- -- --- -- --| = | eG - eV |
$$           |               2    |   |       2       |
$$ =  eM   = ..iNTRiNSiC REST energy; ..ground state; iSOLATED system;
$$
$$            |     m1^2*v1^2 |   |      m1*v1^2   m1           |
$$ = E - eK = |E - (-- --- --)| = |E - {(-- - --)*(-- + 1)} - eV|
$$            |       2*M1    |   |         2      M1           |
$$            |E - (   eK    )|   |E - {   LaGrangian L   } - eV|

$$ E=eG, eM=eF and eK=eV ONLY if Ti in LaGrangian L COULD be zero (0).
$$ The SAME rA for M1*m1 ORBiT distance ..is ESCAPE radius, for q1*q2.
$$ SAME M1*m1 ORBiT rA = v1^2/g = ESCAPE vesc^2/2(n - 1)*a, for q1*q2.
$$ [Note +(m1*v1^2/2) CANNOT be EQUAL to -eV at ONCE per calculation].
$$ Also, note ..ALL is the SAME, in GUESS PLANCK Temperature Tp units.
$$ And finally, icon * is a MULTiPLiCATiON SiGN which SEPARATEs icons.
$$ The GUESS iSS + means OUTgoing; And the GUESS iSS - means iNcoming.

$$       A "SUDDEN and LARGE current" can PiNCH itself OFF.!!
$$ As well, there is NO "sudden and large current" in a "true vacuum".
$$ A SPACE where a "SUDDEN and LARGE current" is, isN'T "truly" EMPTY.
$$
$$ Sincerely,                   ```Brian A M Stuckless, Ph.T (Tivity).
$$
$$ Re: An electrostatical question.              Re: ANY flux formula.
$$ Re: SiGNETiC mass, mS.                  Re: Hannes Alfven, Holland.
$$ Re: Noble Laureaut Ilya Prigogine      Re: fine structure variable.
$$ Re: Eric J Lerner, 'The Big Bang NEVER Happened'.      End of POST.