Electromagnetic energy measurement; Tesla battery/motors?

[Dids]

I'm still curious if anyone has measured the electromagnetic energy coming off a Tesla automobile.
There's gotta be some.

Of course there is. Radiant heat is EM energy. The head lights visible EM. I made several posts pointing out what EM is and how a car would be a very small system in the larger universe. But if you think that emissions from an electric car are greater than emissions from a much higher energy ICE system you are wrong.
I suspect you are inquiring about Radio Frequency EM and even there an electric car is probably lower (800v) than the voltage discharge of a spark plug (25,000 V). So like @Crissa I'm not really sure what you are asking.

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[Dids]

I didn't like his explanation. Virtually no energy is going down the middle because it's so diffuse; and nearly all of it is traveling parallel to the wires. It's the spin-vector of the particles, not the particles themselves.

But while we send the energy as electromagnetic fields which propagate through inertial rules instead of broadcast rules it can go faster than light. But that's the same as saying that you can get energy transfer through objects faster than light speed just by pushing on solid objects. If you had a stick long enough, and pushed on one end the other would move before the light showing you pushing the stick caught up to the end.




-Crissa

No. Pushing a really long stick will not transmit information faster than the speed of light. You have to pull on the stick. ?

 

[Crissa]

The reason I don't know what you're asking is because there are so many fields coming from an EV (or any machine or complex life form) that I really don't know what is being asked.

We actually do measure this stuff: https://www.fictiv.com/articles/cra...ications-fcc-regulations-emc-testing-and-more

But the reason I'm confused is because a seemingly inert piece of steel has a magnetic field. Just rotating it - say on a string - spins this field. We can actually detect the permutations of the electromagnetic field of metals and stone just sitting around. You can put an iron filing in a glass of water and see it align to the Earth's magnetic field.

Everything has magnetic fields, especially anything with organized crystals, especially especially anything with ions, especially especially especially anything conductive.

And then... what frequency are we measuring this at? What flux level? How can I answer this question you've posited? You might as well have asked how much color does the car put off.

-Crissa

 

[PointHope]

Have you really?
Do you practice Chi-gung?

Even Albert Einstein was puzzled by electromagnetic field energies in relation to human consciousness.
Only fairly recently have Russian scientists discovered ways of measuring these energies. Energies which have been known to mankind for a very long time. Much of our crude western science is still stumbling around in the dark.

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