I agree.I would say that classic EM theory is incomplete not wrong.
dEy/dx = - (1/c)(dBz/dt] ........... - dBy/dx = (1/c)(dEz/dt)..............Equ 1a,b
that are used to derive
(d"E/d"x) = c(d"E/d"t).......................................................................Equ 2
Equation 2 is used in the derivation of the x-direction EM transverse wave equations of light.
Ex = Eo cos(kx - wt)j..............Bz = Bo cos(kx -wt)k...........................Equ 3a,b
Using the electromagnetic transverse wave equations, in equations 1a forms,
d/dx (Eo cos(kx - wt)j) = - (1/c) d/dt(Bo cos(kx - wt)k).......................Equ 4
Using Bo = Eo, in equation 4 forms,
j = k (unit vectors). ........................................................................Equ 5
... but physicists are intensionally concealing an extremely important and critcal fact, unit vector catastrophe, formed by equation 1a,b.
I humbly disagree since Maxwell's equations are vector equations.
Mistake? You're looking directly at the derivation and suggesting I'm making a mistake?
Thank you for your completely thoughtful and compelling posts. Your friend Copernicus1234.
but physicists are intensionally concealing an extremely important and critcal fact, unit vector catastrophe, formed by equation 1a,b.
...
Ey = Eo cos(kx - wt) j ...............................Equ 2
Bz = Bo cos(kx -wt) k ................................Equ 3
... can a extremely humble person, add addition parts, to a derivation, to clarify the derivation?
steveB...
Ey = Eo cos(kx - wt) ...............................Equ 2
Bz = Bo cos(kx -wt) ................................Equ 3
Are equations 2 and 3 transverse waves.
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