Since there are two degrees of freedom on a sphere,
\(S_e=\sqrt{2}q\omega r^2_{es}\)
At light speed,
\(S_e=\sqrt{2}qc r_{es}\)
where \(\sqrt{2}\) is a constant in 2D, as a result of an added degree of freedom.
Monday, August 18, 2014
Erratum, 2D Flat and Flatulent
From the post "Wait A Magnetic Moment",
Since there are two degrees of freedom on a sphere,
The magnetic moment should be,
\(S_e=\sqrt{2}q\omega r^2_{es}\)
At light speed,
\(S_e=\sqrt{2}qc r_{es}\)
where \(\sqrt{2}\) is a constant in 2D, as a result of an added degree of freedom.
Since there are two degrees of freedom on a sphere,
\(S_e=\sqrt{2}q\omega r^2_{es}\)
At light speed,
\(S_e=\sqrt{2}qc r_{es}\)
where \(\sqrt{2}\) is a constant in 2D, as a result of an added degree of freedom.
