GUESS iNTRiNSiC energy eM = m1*c^2
= VARiABLE REST mass*c^2 = E - eK
= EQUiVALENT REST energy = E - (m1^2*v1^2/2*M1)
= SYSTEM " " e = E - (m1*v1^2/2)*(m1/M1 + 1) - (m1*v1^2/2)
= eF + (m1*v1^2/2)*(m1/M1 + 1)
= eF + L
= k_c*(q1*q2)/(n - 1)*rA - (m1*v1^2/2)
= G*m1*m1/(n - 1)*rA - (m1*v1^2/2)
= m1*rA*g - (m1*v1^2/2)
= eG - eV
= (Misnomer iNVARiENT REST mass)*c^2 = nA*{mph}*ls*c^2/rA
= ( " " REST mass)*c^2 = nA*h*c/2*pi*rA
= ( " " REST mass)*c^2 = nL*h*c/wl
= ( " " REST mass)*c^2 = h*fL
= ( " " REST mass)*c^2 = pL*c
= ( " " REST mass)*c^2 = nA*Mp*lp*c^2/rA.
$$ Hope this helps. ```Brian A M Stuckless, Ph.T
(Tivity).

Liam Roche wrote: -=-SNiP-=-
So which of these is "the" rest mass of the brick: the original
weight; the cold weight; the weight of the molecules; the weight
of the atoms; the weight of the electrons and nuclei; the weight
of the electrons and nucleons; or the weight of the electrons
and quarks?
-=-
although I would say E = m c^2 is only true in the rest frame of a
mass, rather than saying this equation is false as John Baez does!
-=-
Vergon -=-
photon can come to rest is by being absorbed.--- and its mass in
flight becomes part of the mass of the absorbing electron.
Einstein said this and I agree with him.
-=-
Maybe one kind of mass --- but in different STATES: solid,
liquid, vapor, plasma and radiation.

To see more monographs that may interest you go to
http://www.wbabin.com, Then go to
"List of Authors" and click on Vertner Vergon.

This is The General Science Journal - excellent.
Photon Mass.

$$ UNiVERSAL System REST mass eM equation.
GUESS iNTRiNSiC energy eM = m1*c^2
= VARiABLE REST mass*c^2 = E - eK
= EQUiVALENT REST energy = E - (m1^2*v1^2/2*M1)
= eF + (m1*v1^2/2)*(m1/M1 + 1)
= eF + L
= ( " REST mass)*c^2 = nA*{mph}*ls*c^2/rA
= ( " " mass)*c^2 = nA*h*c/2*pi*rA
= ( " " mass)*c^2 = nL*h*c/wl
= ( " " mass)*c^2 = h*fL
= ( " " mass)*c^2 = pL*c
= ( " " mass)*c^2 = nA*Mp*lp*c^2/rA.
= ..and, EiTHER.. .. .. = eG - eV
= .. .. ..OR.. .. ..|| = E - (m1*v1^2/2)*(m1/M1 + 1) + (m1*v1^2/2)
" || = k_c*(q1*q2)/(n - 1)*rA + (m1*v1^2/2)
" || = G*m1*m1/(n - 1)*rA + (m1*v1^2/2)
" || = m1*rA*g + (m1*v1^2/2);
No NET energy STATE iNCREASED and DECREASED at once, per calculation.

It doesN'T look as crooked now.```Brian A M Stuckless, Ph.T (Tivity).

Liam Roche wrote: -=-SNiP-=-
So which of these is "the" rest mass of the brick: the original
weight; the cold weight; the weight of the molecules; the weight
of the atoms; the weight of the electrons and nuclei; the weight
of the electrons and nucleons; or the weight of the electrons
and quarks?
-=-
although I would say E = m c^2 is only true in the rest frame of a
mass, rather than saying this equation is false as John Baez does!
-=-
Vergon -=-
photon can come to rest is by being absorbed.--- and its mass in
flight becomes part of the mass of the absorbing electron.
Einstein said this and I agree with him.
-=-
Maybe one kind of mass --- but in different STATES: solid,
liquid, vapor, plasma and radiation.

To see more monographs that may interest you go to
http://www.wbabin.com, Then go to
"List of Authors" and click on Vertner Vergon.

This is The General Science Journal - excellent.
$$ Typo-CORRECTED ..EiTHER..||..OR; Re-ARRANGED (grouped) || lines.
Photon Mass. ..End of 2nd DRAFT POST.

twirp

"brian a m stuckless" wrote in message
...
$$ UNiVERSAL System REST mass eM equation.
GUESS iNTRiNSiC energy eM = m1*c^2
= VARiABLE REST mass*c^2 = E - eK
= EQUiVALENT REST energy = E - (m1^2*v1^2/2*M1)
= eF + (m1*v1^2/2)*(m1/M1 + 1)
= eF + L
= ( " REST mass)*c^2 = nA*{mph}*ls*c^2/rA
= ( " " mass)*c^2 = nA*h*c/2*pi*rA
= ( " " mass)*c^2 = nL*h*c/wl
= ( " " mass)*c^2 = h*fL
= ( " " mass)*c^2 = pL*c
= ( " " mass)*c^2 = nA*Mp*lp*c^2/rA.
= ..and, EiTHER.. .. .. = eG - eV
= .. .. ..OR.. .. ..|| = E - (m1*v1^2/2)*(m1/M1 + 1) + (m1*v1^2/2)
" || = k_c*(q1*q2)/(n - 1)*rA + (m1*v1^2/2)
" || = G*m1*m1/(n - 1)*rA + (m1*v1^2/2)
" || = m1*rA*g + (m1*v1^2/2);
No NET energy STATE iNCREASED and DECREASED at once, per calculation.

It doesN'T look as crooked now.```Brian A M Stuckless, Ph.T (Tivity).

Liam Roche wrote: -=-SNiP-=-
So which of these is "the" rest mass of the brick: the original
weight; the cold weight; the weight of the molecules; the weight
of the atoms; the weight of the electrons and nuclei; the weight
of the electrons and nucleons; or the weight of the electrons
and quarks?
-=-
although I would say E = m c^2 is only true in the rest frame of a
mass, rather than saying this equation is false as John Baez does!
-=-
Vergon -=-
photon can come to rest is by being absorbed.--- and its mass in
flight becomes part of the mass of the absorbing electron.
Einstein said this and I agree with him.
-=-
Maybe one kind of mass --- but in different STATES: solid,
liquid, vapor, plasma and radiation.

To see more monographs that may interest you go to
http://www.wbabin.com, Then go to
"List of Authors" and click on Vertner Vergon.

This is The General Science Journal - excellent.
$$ Typo-CORRECTED ..EiTHER..||..OR; Re-ARRANGED (grouped) || lines.
Photon Mass. ..End of 2nd DRAFT POST.

$$ My iNTRiNSiC REST [energy] eM, GUESS iSS UNiVERSAL System equation:
GUESS iNTRiNSiC energy eM = m1*c^2
= VARiABLE REST mass*c^2 = E - eK
= EQUiVALENT REST energy = E - (m1^2*v1^2/2*M1)
= eF + (m1*v1^2/2)*(m1/M1 + 1)
= eF + L
= ( " REST mass)*c^2 = nA*{mph}*ls*c^2/rA
= ( " " mass)*c^2 = nA*h*c/2*pi*rA
= ( " " mass)*c^2 = nA*hbar*c/rA
= ( " " mass)*c^2 = nL*h*c/wl
= ( " " mass)*c^2 = h*fL
= ( " " mass)*c^2 = pL*c
= ( " " mass)*c^2 = pA*c/rA
= ( " " mass)*c^2 = nA*Mp*lp*c^2/rA.
= ..and, EiTHER.. .. .. = eG - eV
= .. .. ..OR.. .. ..|| = E - (m1*v1^2/2)*(m1/M1 + 1) + (m1*v1^2/2)
" || = k_c*(q1*q2)/(n - 1)*rA + (m1*v1^2/2)
" || = G*m1*m1/(n - 1)*rA + (m1*v1^2/2)
" || = m1*rA*g + (m1*v1^2/2)
" || = eG + (m1*v1^2/2);
No NET energy STATE iNCREASED and DECREASED at once, per calculation.
Note k_c is Coulomb's constant.```Brian A M Stuckless, Ph.T (Tivity).

Liam Roche wrote: -=-SNiP-=-
So which of these is "the" rest mass of the brick: the original
weight; the cold weight; the weight of the molecules; the weight
of the atoms; the weight of the electrons and nuclei; the weight
of the electrons and nucleons; or the weight of the electrons
and quarks?
-=-
although I would say E = m c^2 is only true in the rest frame of a
mass, rather than saying this equation is false as John Baez does!
-=-
Vergon -=-
photon can come to rest is by being absorbed.--- and its mass in
flight becomes part of the mass of the absorbing electron.
Einstein said this and I agree with him.
-=-
Maybe one kind of mass --- but in different STATES: solid,
liquid, vapor, plasma and radiation.

To see more monographs that may interest you go to
http://www.wbabin.com, Then go to
"List of Authors" and click on Vertner Vergon.

This is The General Science Journal - excellent.
$$ Typo-CORRECT "iNTRiNSiC REST energy eM" (TOP line) & added lines.
Photon Mass. ..End of 3rd DRAFT POST.