What would happen if electrons collided?

Question

Assume they were forced to collide

Answer 1

Well, you can find out by reading the tens of thousands of science papers generated by LEP and SLAC:

http://en.wikipedia.org/wiki/LEP
http://en.wikipedia.org/wiki/SLAC

Essentially, colliding high energy electrons can generate pretty much any particle (although not copiously at the energies and beam currents which were available at electron and electron positron colliders), but the most interesting ones were the quarks and gluons i.e. the constituents of nucleons and the particles of the strong force, the W and the Z, the three bosons mediating the weak force, the tau (a heavy electron) and lately the study of the charge-parity-symmetry which explains (well, at least studies) why there is more matter than anti-matter in the universe.

Answer 2

Electrons being charged particles will not collide but get deflected from each other. If you succeed in making them collide, you will know the effects of collision.

Electrons are fundamental particles and so can't break up further as per the existing scientific knowledge.

Answer 3

A slower collision of a proton and neutron (i.e. what happens in a neutron celebrity, even because of the fact the atoms are squeezed till finally they cave in) finally leads to a neutron. i'm unclear, to be hardship-loose, approximately what happens at a extra useful % of collision between protons and electrons, regardless of the actuality that I even have self assurance the result keeps to be a neutron. Electrons colliding with positrons happens each and all the time. A positron is antimatter, or according to threat as nicely-elementary keep in mind and antimatter react, there's a microscopic launch of skill.

Answer 4

This is not going to be possible in view of the large repulsive force between them.

However, hypothetically speaking, if it at all becomes possible, then they would merge to form a larger fundamental particle with more than twice the mass of electron and twice its charge.

The mass will increase as the work done in making them collide will get converted into mass which will result in the mass of two electrons combined to be more than twice the mass of a single electron.

Answer 5

They do collide, every day. When it's low impact, they just reflectively bounce off one another, when it's higher impact, they produce light (something like electrons and protons cancelling each other out).
Fast electron collision is used for x-rays.

Answer 6

I thought they would just seperate into their respective smaller particles since you would have to get them to go at great speeds for it to even happen. But to have them collide would require alot of force, since the electromagnetic repulsion would be pretty large.

Answer 7

Both are negatively charged particles. Mutual repulsion will avoid collision.