Reflections on the topic atom - explanations for the Pauli principle, the magneto-mechanical anomaly (spin), the Heisenberg uncertainty principle, the wave-particle-duality the light as well as for the problem of the universal physical constant

Should the analogy between inert mass on the one hand and self-induction of an electric circuit on the other hand, described in every textbook of physics for a better understanding of self-induction, be eventually reality rather than mere analogy? Such an interpretation is so irresistible and harmonious that one is determined to collect even more arguments in favour of this theory; however, one should be careful in doing so, because the enthusiasm for such a plan could blurr the picture. Anyway, such an opinion could really be the key to understand Einstein‘s mass energy relationship E = m₀c². To demonstrate this we write three equations one after the other and discuss their interrelations:

E = m₀c²

Einstein’s mass energy relationship

E =	1	L₁₁ i²
	2

Potential energy of a current-carrying conductor
(energy of self-induction)

E = const	e₀²	c²
	λ

equation LI (rearranged)

Now, we rearrange the second equation for one electron as usual:

i =	dq	=	e₀ * ds	=	e₀	* V
	dt		s * dt		s

	s =	total orbiting path of an electron satisfying the magnetic field theorem
	V =	speed of the electron.

Now for the second equation we can write:

  LII

E = 1 L₁₁ e₀² * V²

2 s²

         Further:



E = const * e₀² c²

λ