Question about frame dragging
- Thread starter ruthless
- Start date
Nick Herbert in his book Faster Than Light: Superluminal Loopholes in Physics says some think that an electron may be a Black Hole, which would mean, if correct, would be proveable using a strong magnet and the correct experimental setup.
The book is here:
Faster Than Light: Superluminal Loopholes in Physics: Nick Herbert: 9780452263178: Amazon.com: Books
Also concerning Frame Dragging, see my thread here:
Conceptual physics behind the development of time travel
The book is here:
Faster Than Light: Superluminal Loopholes in Physics: Nick Herbert: 9780452263178: Amazon.com: Books
Also concerning Frame Dragging, see my thread here:
Conceptual physics behind the development of time travel
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Frame dragging, spherical shape, spinning, magnetic field
Saw your post earlier, but was hoping someone else could answer, this is my best guess.
First, may you add electrons to your idea?
If you’re able to create a sphere with a magnetic field on the surface, add electrons to the magnetic field to create a surface.
A strong magnetic field will adhere spinning electrons, I guess you can use a tesla coil or a van graaf generator to add the electrons. (Random electrons do crazy things)
Next, use the angular moment of the sphere (fictitious force) to group and organize the surface of electrons.
If you have enough electrons, magnetic field, and angular moment I think the surface can converge – you would be making a big electron made of small electrons (simple explanation not really a big electron) they would be a surface of tension.
My guess the big electron would do what electrons do, jump in and out, and so on – worth experimenting.
**Warning**, make sure your sphere is symmetrical and balanced throughout, otherwise it will explode with the rotation.
Edit: Forgot, add a clock inside the sphere and keep a clock outside to measure the change.
Frame dragging, spherical shape, spinning, magnetic field, electrons
Saw your post earlier, but was hoping someone else could answer, this is my best guess.
First, may you add electrons to your idea?
If you’re able to create a sphere with a magnetic field on the surface, add electrons to the magnetic field to create a surface.
A strong magnetic field will adhere spinning electrons, I guess you can use a tesla coil or a van graaf generator to add the electrons. (Random electrons do crazy things)
Next, use the angular moment of the sphere (fictitious force) to group and organize the surface of electrons.
If you have enough electrons, magnetic field, and angular moment I think the surface can converge – you would be making a big electron made of small electrons (simple explanation not really a big electron) they would be a surface of tension.
My guess the big electron would do what electrons do, jump in and out, and so on – worth experimenting.
**Warning**, make sure your sphere is symmetrical and balanced throughout, otherwise it will explode with the rotation.
Edit: Forgot, add a clock inside the sphere and keep a clock outside to measure the change.
Frame dragging, spherical shape, spinning, magnetic field, electrons
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