Large Hadron Collider scientists receiving death threats

[Letum]

Originally Posted by SUBMAN1

From start up! :p

Very well.

*sets stop watch*

[SUBMAN1]

Originally Posted by Letum

4 year is is, from today. Your on.


A little off-topic, but you can not "magnetically suspended" a black hole as, like
light and all other forces with >0 mass force carriers (i.e. the hypothetical graviton),
the electromagnetic force is unable to escape it's own event horizon.

Both light and magnetism are both transmitted by the same type of photons in the
standard model. Neither can be transmitted inside the event horizon.

Yes you can 'suspend' a black hole magnetically. Not inside like you say, but around it, yes. With little or no mass, the black hole will not be able to suck it in.

-S

[Skybird]

Maybe it is time to watch "Event Horizon" again. Little evil, pretty nasty SciFi-shocker movie, underestimated by quite some people.

[STEED]

Originally Posted by Skybird

Maybe it is time to watch "Event Horizon" again. Little evil, pretty nasty SciFi-shocker movie, underestimated by quite some people.

That was one sick movie.

Idea was interesting but went right over the top. And on top of that, my ear drums were blasted by the outrageous loud sound by the cinema.

[Letum]

Originally Posted by SUBMAN1

Yes you can 'suspend' a black hole magnetically. Not inside like you say, but around it, yes. With little or no mass, the black hole will not be able to suck it in.

-S

What is your magnetic field interacting with if it is not interacting with anything
inside the black hole?

There is always an event horizon for photons (including those carrying magnetic
information), what ever the mass of the singularity. In this case you can not
interact with the BH with any >0 mass force carrier. To put in plainly: you can
neither attract or repel the BH because neither positive, nor negative magnetic
information can escape the event horizon as the photons transmitting the
magnetic information away from the BH have a >0 mass (err...effective mass,
rather than rest mass).

[SUBMAN1]

Originally Posted by Letum

What is your magnetic field interacting with if it is not interacting with anything
inside the black hole?

There is always an event horizon for photons (including those carrying magnetic
information), what ever the mass of the singularity. In this case you can not
interact with the BH with any >0 mass force carrier. To put in plainly: you can
neither attract or repel the BH because neither positive, nor negative magnetic
information can escape the event horizon as the photons transmitting the
magnetic information away from the BH have a >0 mass (err...effective mass,
rather than rest mass).

I'm looking for the theory on it that I read once before. I have forgoten the details however. Should explain it better and is the only way to control the black hole itself. I hear what you are saying though and it makes sense, but there is more to it than that.

Like its attracted to all sides around it at once, so it settles in the center. Hence becomes magnetically suspended. Magnetic field stays outside its event horizon.

-S

[SUBMAN1]

Neat!

-S

[Rhodes]

Originally Posted by SUBMAN1

Neat!

-S

I liked this one more:



Good old Nostry, never fails one...