Re: Electrogravity From Accelerated B Fields

Sat, 25 Mar 2006 07:11:18 -0800

Former vortex member Robert Stirniman's work on Electrogravity/Gravitomagnetic Fields.
 
 
 
There are two types of oscillations in a particle, one that gives a steady-state
relativistic charge ( q ) and the other time-dilated E Field due to an acceleration effect, a = dv/dt
resulting in a periodic Electrogravity field with a 1/R^2 force interaction.
 
Some applets showing constant angular velocity/acceleration and time-varying tangential
acceleration a =  dv/dt works for a rotating B Field resulting in E = dB/dt Etc.
 
 
----- Original Message -----
Sent: 3/24/2006 6:36:33 PM
Subject: Re: Electrogravity From Accelerated B Fields

Blast it. I need new glasses. 
 
 
And for each of the ~312 MeV proton quarks:
 
Electrogravity Frequency (* f ) = E/(gamma*h) = 22,49 KHz
 
That's why Terry can hear the "Buzz" of Alien Craft as they maneuver.  :-)
 
Fred
 
----- Original Message -----
Sent: 3/24/2006 6:04:44 PM
Subject: Re: Electrogravity From Accelerated B Fields

Nice work, Frank.
 
However, before I pack it in and switch to playing Scrabble for a challenge that offers rewards.   :-)
 
In order to get around the Hypocharge attraction-repulsion problem, the
derived relativistic gamma suggests that Electrogravity Field may be an
oscillating field:
 
For the 0.51 MeV electron an Electrogravity Frequency (** f ) = E/(gamma*h) =  0.060 Hz
 
And for each of the ~312 MeV proton quarks:
 
Electrogravity frequency (* f ) = E/(gamma*h) = 1.8 Hz.
 
Does that fit in the box, Frank?
 
Fred
>
>
> The square root of the ratio of the electrostatic force Fes = kq^2/R^2 = 2.30e-28 nt at 1.0 meter
> to the gravitational force Fg = 6.67e-11 m^2 = 5.52e-71 for two electron masses
> at 1.0 meter., ie., =  square root of 4.17e42 =2.04e21 is the relativistic gamma
> of the accelerated B field of the electron which results in a time-dilated charge
> "hypocharge" (**q) = q/gamma = 1.6e-19/2.04e21 = 7.834e-41 coulombs.
>
> OTOH since it is apparent that charge q is a result of EM Field "oscillations",
> each of the three quarks making up the proton are time-dilated  by
> the square root of Fes/Fg = (2.30e-28/2.04e-65)^1/2  = 3.35e18
> thus a "hypocharge" (*q)  = 1.6e-19/(3.35e18) = 4.76e-38 coulombs.
>
> Since there are 1/(5.5e-28 )= 1.82e27 quarks/kilogram ,each with hypocharge 4.76e-38
> coulombs the Electrogravity Force = 9.0e9(*q1x *q2/R^2 = 6.67e-11 newtons force
> between them at 1.0 meter separation Same as conventional Fg).
>
> OTOH,  If one can develop a hypocharge from a rotating (accelerated B Field)
> that can couple to that of the earth....?
>
----- Original Message -----
From:
Sent: 3/24/2006 4:05:44 PM
Subject: Re: Electrogravity From Accelerated B Fields

OTOH,  If one can develop a hypocharge from a rotating (accelerated B Field)
that can couple to that of the earth....?
 
Fred
 
Thank you Fred
 
I did a similar analysis and computed the gravitational field gm/rr produced by the acceleration of a trapped energy field.  This analysis was published in Infinite Energy is a version of it is located at:
 
 
enjoy
 
Frank Znidarsic

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