The Master Of Magnetics "Steven Mark"

[brnbrade]

Hello guys

Did anybody already try this?

Lenz law. 

regards

[EMdevices]

Hi brnbrade,

I have tried simular concepts, but with no luck.   Have you tried this concept and observed anything unusual?  Is that a ring of iron or just a conductor like copper?  What are you thinking?

EM

[brnbrade]

Hi brnbrade,

I have tried simular concepts, but with no luck.   Have you tried this concept and observed anything unusual?  Is that a ring of iron or just a conductor like copper?  What are you thinking?

EM

Hi EM

No. I no tried. It was only a thought.
Possibly works better iron  .
Regards

[z_p_e]

EM,

When you say it could possibly be electric, do you mean electrostatic (i.e pure potential)?

How would one do that? Could SM be revolving an electrostic field vs. a magnetic one?

So there are electrostatic fields, magnetic fields, and electromagnetic fields.

Is an electromagnetic field then both electrostatic and magnetic?

Also, is there a difference between a field and a wave? A field is static, and a wave propagates? Is there such a thing then as an electromagnetic field?

Sorry, I feel like asking silly questions...and I need to learn something.

[EMdevices]

Perfectly good questions

electric and magnetic fields are the two fields we are dealing with, and we can do a simular 2-phase moving field with electric fields as well, not just magnetic.  Electrostatic fields are static, so we can't use them but if they change we can call them electric and then we can do it.

How to do it?   With capacitors plates lined up in a row and connected  1 3 5 7 .... for one series, and 2 4 6 8.... for the next series, and then we feed them with our 2-phase (90deg shifted)  signals.   I belive this is already done in specialty hardware.

You are correct, electromagnetic fields or waves have both electric and magnetic components, actualy anytime there is time variation of an electric field it produces magnetic fields, and anytime there is variation in a magnetic field it produces an electric field, so in essence we speak of EM fields in electrodynamics, because both a present. 

Then there is also the Electrostatics and Magnetostatics realms, but that's 1st grade stuff     

Is there a difference between a field and a wave?   Well,  a field is this distortion in space-time or aether, or whatever, and this distortion (or field) can be static or dynamic and can travel or stay put.

This 2-phase concept is very intreaging because we have two stationary patterns that look like waves and are offset from each other in distance,  but they're not moving, and only when the time phasing between them is altered as well do they give rise to a moving field.  Very interesting stuff !!

EM

P.S.  I should add that there is a difference between this 2-phase addition concept of a wave and an EM wave.  An EM wave sustains itself by shifting energy between the electric field and the magnetic field, but this 2-phase system is different yet there are simularities.