Magnetic field viewing with non magnetic material

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  • Last Post 26 June 2024
Vidura posted this 15 May 2024

Hello, here a very interesting experiment where graphite is used to make the magnetic force field visible. Pay attention to the concentration of particles at the place where the magnets are sticking together. Would be nice to make the inverse test with two repelling magnets pressed together, if the field disappears like Floyd Sweet shown in a video with a TV screen as field viewer.

Vidura

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Vidura posted this 15 May 2024

Hello, here a very interesting experiment where graphite is used to make the magnetic force field visible. Pay attention to the concentration of particles at the place where the magnets are sticking together. Would be nice to make the inverse test with two repelling magnets pressed together, if the field disappears like Floyd Sweet shown in a video with a TV screen as field viewer.

Vidura

Jagau posted this 15 May 2024

Very interesting Vidura, I don't know if the green magnetic paper could do the same thing.?

I mean to see the repulsion.

Jagau

Vidura posted this 16 May 2024

Replying To: Jagau

maybe the magnetic paper should also show it. I dont know the composition. The issue with magnetic field viewers containing ferromagnetic particles is that these stick together showing supposedly the fieldlines. In contrast the graphite is not atracted, but seemingly repelled. If this is an effect of eddycurrents, this implicits that a very fast circular movement has to be present in the "static" magnetic field. So, what is moving if  the electrons are a flawed model?

Vidura

Jagau posted this 16 May 2024

Quoting Vidura

So, what is moving if  the electrons are a flawed model?

The drift speed of an electron in a copper cable is very very slow, 2.3 x 10-5 meters per second or 25 micrometers per second.

To light your lamp in your living room it can take more than two hours to reach your lamp, imagine from the hydroelectric dam located 300KM away.

The electric field which is composed of two fields, the first is electrostatic or dielectric field and the second is the magnetic field.

They are the ones who move, they travel at the speed of light  so very fast.

This is how electricity works. This is what was taught at the beginning of the century by Tesla, Steinmetz, Heaviside, Thompson and today by Eric Dollar and many others.

Jagau

Atti posted this 17 May 2024

In my opinion, it is also worth reading the theories here:

https://www.rqm.ch/Central-20Oscillator-20and-20SpaceQuantaMedium.pdf

Vidura posted this 25 June 2024

Here another video with magnets and graphite, some more insights of the effects:

Vidura

Apoc posted this 26 June 2024

Replying To: Vidura

Very interesting findings, I wonder if there could be a way to utilize the diamagnetic effect the magnets had on the graphite.

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