Is it a black hole?

Angel of God · Nov 18, 2005

If a charge(with a mass) moves in a magnetic field
then it circles a point that becomes
a virtual mass.
I think a generic mass would have to be attracted in
this point as if it has a gravitational mass.
It's practically a "black hole"......

What do you think?

:angel:

Quantos · Nov 21, 2005

I'd say no, If I'm understandig what your saying.

Angel of God · Nov 21, 2005

Quantos said:
I'd say no, If I'm understandig what your saying.

This charge can be simulated as an electron and the electrons can absorb electromagnetic energy from the space...
Therefore I think that this charge also can absorb electromagnetic energy from the space as a black hole. :amen:

Whistler · Dec 2, 2005

Angel of God said:
This charge can be simulated as an electron and the electrons can absorb electromagnetic energy from the space...
Therefore I think that this charge also can absorb electromagnetic energy from the space as a black hole.

Assuming we are constraining all motion to happen in a plane parallel with the electron orbit, light may be absorbed by the electron but often it will just scatter either into or away from the "event horizon" (in this case the radius of the electron orbit). What you describe is not really a blackhole since there is nothing preventing a pulse of light from starting inside the blackhole, scattering off the electron, and propagating outward.

five · Dec 24, 2005

It's a black hole if it has an event horizon. That is that the escape velocity from the mass is greater than the speed of light.

Plus a black hole that small would vapourize in a very small fraction of a second.

RoboMastodon · Dec 26, 2005

Something is a black hole if its mass is contained inside its schwarzchild radius...basically if it is denser than a certain number. No a particle in a magnetic field does not create a black hole.

RigalCygnos · Feb 13, 2006

Whistler said:
Assuming we are constraining all motion to happen in a plane parallel with the electron orbit, light may be absorbed by the electron but often it will just scatter either into or away from the "event horizon" (in this case the radius of the electron orbit). What you describe is not really a blackhole since there is nothing preventing a pulse of light from starting inside the blackhole, scattering off the electron, and propagating outward.

Validation of hypotheses determined by exclusions of variables or unreliable constants.

Gracchus · Feb 15, 2006

Mass and energy are distortions of spacetime. Whether we perceive a distortion as mass or as energy depends on our point of view.

:wave:

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Is it a black hole?

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