🚀 go-pugleaf

On Mar 31, 2:29 pm, Loui...@edu.herlufsholm.dk wrote:
>            THE UNIVERSE, THE ELECTRON AND THE PROTON.
>
> By Louis Nielsen,   Denmark,      http://www.rostra.dk/louis/
>
> Are there connections between the electron, the proton and the
> Universe? My answer is yes.
> My postulate is that there exists a connection between the average
> mass-density of an electron and the average mass-density of the
> Universe. A similar connection exists between the average mass-density
> of a proton and the average mass-density of the Universe. The
> mathematical connections are given by the equations:
>
> (1)       (m(e)/r(e)^3) = N(e)*(M/R^3)
>
> and
>
> (2)       (m(p)/r(p)^3) = N(p)*(M/R^3)
>
> In equation (1) m(e) = 9.11*10^(-31) kg is the rest mass of the
> electron and r(e) is the average extension of the electron. In
> equation (2) m(p) = 1.67*10^(-27) kg is the rest mass of the proton
> and r(p) is the average extension of the proton.
> M is the total mass of the Universe and R is the actual average
> extension of the Universe.
> N(e) is equal to the ratio between the electrostatic and gravitostatic
> forces between two electrons. N(p) is equal to the ratio between the
> electrostatic and gravitostatic forces between two protons.
> N(e) and N(p) are defined by:
>
> (3)      N(e) = (k*e^2)/(G*m(e)^2) = 4.16*10^42
>
> (4)      N(p) = (k*e^2)/(G*m(p)^2) = 1.24*10^36
>
> In equation (3) and (4) k is Coulomb's constant and e is the electric
> charge of the electron. G is the actual value of Newton's
> gravitational 'constant'. G is assumed to decrease with increasing R.
> (See my treatise). We assume that k, e, m(e), m(p) and M are
> constants.
>
> >From equations in my treatise 'Quantum Cosmology with Decreasing
>
> Gravity' the values of R and M can be calculated. The actual values
> are: R = 10^26 meter and M = 1.6*10^60 kg.>From equations (1) and (2) we can then calculate the values of r(e)
>
> and r(p):
>
> (5)      r(e) = R*(m(e)/(N(e)*M))^(1/3) = 0.5*10^(-18) meter
>
> and
>
> (6)      r(p) = R*(m(p)/(N(p)*M))^(1/3) =  0.9*10^(-15) meter
>
> The calculated average extensions of the electron and the proton are
> in very good agreement with measured values.
>
> >From equation (1) and (2) we get a simple connection between the
>
> masses and extensions of the electron and the proton:
>
> (7)         m(e)/r(e) = m(p)/r(p)
>
> or:
>
> (8)        m(p)/m(e) = r(p)/r(e) = 1836
>
> Electrons and protons are not rigid systems.
> The electron is a quantum-dynamical system composed of a huge number
> of yet unknown very tiny matter-quanta. Electrons can have different
> geometrical shapes depending on the physical conditions.
>
> Read more in my treatise:
>
>                http://www.rostra.dk/louis/
>
> Best regards,
> Louis Nielsen, Denmark

 the electron is an arm of a galaxy
composed of millions of suns

these suns pour forth matter and radiation

this matter is composed of
protons and electrons

the ratio of proton to
electron density will be the same
as the ratio of galactic nucleus to arm
density

John
Galaxy Model for the Atom
http://users.accesscomm.ca/john