An electron is analogous to a MAGNET.

When we break a Magenet we get 2 Magnets.

So if we break electrons into 2 pieces we will have 2 half elecvtrons
with 1/2 Charge on each. So they will repel each other just like
broken magenets do.

Is there any way to break electron into pieces.

If we have a very strong solid unbreakable Say a steel Ball. It is not
easy to break a steel Ball.

So breakng an electron which is so small is very tough task to do.

Once Scientist learn how to break electron into pieces and see how
those pieces of electron react Science will develop a lot.

Bye
Sanny

Be Intelligent: http://www.GetClub.com/Chess.html

On Aug 30, 12:46 pm, Sanny hotmail.com> wrote:

Not so far. Not for lack of trying.

On Aug 30, 1:46 pm, Sanny hotmail.com> wrote:

I nothing sacred?

Double-A

On Aug 30, 1:58 pm, "Sue..." yahoo.com.au> wrote:

1. Pair production = Photon => positron + electron

2. Pair anniliation = Positron + Electron => photons

3. Conclusion => Photon can be "broken in half"

4. Conclusion about "breaking" electrons => none!

5. Idiot.

(with proper apologies to Uncle Al Swartz for copping his style)

And in case you don't know, Uncle Al and MySQL are the two most
"intelligent" things on the planet! Both know everything!

In article
<558ce9d5-f8ac-47fc-8742-75d8b7296a2d@1g2000pre.googlegroups.com>,
Sanny hotmail.com> wrote:

No, it's not.

You can do that because a magnet is made of particles.

You can't do that. Electrons are fundamental particles. They don't break
into pieces the way you propose.

Yes, but it would not break into the pieces you think.

On Sat, 30 Aug 2008 13:27:44 -0700, Timberwoof
inferNOnoSPAMsoft.com> wrote:

In article 4ax.com>,
Antares 531 swbell.net> wrote:

In 19th Century same thing was told about Atoms.

But today people know Atom is made by Electron Proton and Neutrons.

I think it will take 50 more years to break electron into pieces.

Bye
Sanny

Am Sat, 30 Aug 2008 10:46:47 -0700 schrieb Sanny hotmail.com>
in 558ce9d5-f8ac-47fc-8742-75d8b7296a2d@1g2000pre.googlegroups.com in
sci.physics.relativity:

Not really. There are no magnetic monopoles even though an electron is a
charge monopole.

div(E) = q/epsilon_0
div(B) = 0

Yes, but each has two poles.