--- In firstname.lastname@example.org
, "xingu1306" <xingu1306@...> wrote:
> We all know by now as a fact, that magnetism is needed, one way or
> another, to produce electricity. If not in the use of physical
> magnets as in AC and DC then in atomic particle magnets inside the
> current. About voltages and currents we already know a lot,
> otherwise we were not capable of making such ingenious devices we
> have right now.
> Yet, magnetism is poorly understood, no matter what Quantum
> Mechanics tells us, otherwise we probably should have had devices
> working on magnetism like the ones we already have on electricity.
No, because magnetism IS well understood we know that it is a poor
analogy. Magnetism is a pseudo force caused by different charge
densities, often caused by Relativistic shifts due to charge carrier
> My suggestion would than be: approach magnetism as we did with
> electricity. Let us try to make equivalents for resistors
> (shielding), capacitators (temporary varying strength storage one
> way magnets), diodes (one way magnets) and so on. (Let's make things
> better, sounds familiar?). If this were possible, I'm sure we could
> have major breakthroughs in various fields of research.
If this were possible? That's the point -- it's not. You should take
some time to learn about physics as it was figured out in the last
century. Magnetism is NOT all that complicated, it's just confusing
unless you understand the nuances of Relativity.
> I think it would already be a big breakthrough when we were to
> succeed in the simple on and off switching of a magnet, without the
> aid of electricity, without repositioning it and without loosing the
> yet unidentified force within a magnet.
That "unidentified force" is electrostatic interaction (attraction and
repulsion). Nothing myserious, and unless you know of an energy free
way to move oribitals and spin properties of charge carriers you can't
build your energy free magnet switch.
> So I am very curious if somebody could tell, if there are already
> devices doing what is described.
Read and learn: