http://www.scientificamerican.com/article/large-hadron-collider-starts-doing-science-again/?WT.mc_id=SA_SPC_20150604I for one am excited. We could really find out some interesting things off the back of the latest experiments. Personally I think we'll probably get more questions than answers.
Might be a chance of finding new particles even more rare than those that they are searching for
Comments
I would elaborate more but I've just had a 4 pint lunch
A bit like belief in God really ;-)
~neutrinos
~dark matter
~the unification
~quantum level
~the multiverse theory
As a minimum, before we will have a clue what your post is driving at.
I'm not suggesting it might not be interesting, fascinating even, but physics is not widely understood. The reason for that for my generation is how badly it was taught in school.
http://youtu.be/MO0r930Sn_8
you can guarantee this is the real goal.
who you gonna call?
Neutrinos are tiny, very light particles that are produced when particles like electrons are involved. They don't interact very much and are very hard to detect.
Dark matter is matter that, based on how we've observed galaxies to form, should exist. So there should be some matter there but we haven't seen it.
Unification- forgetting about gravity for now. There are 3 fundamental forces: electromagnetism, weak and strong. At high energies, we have seen a unified `electroweak force` but we predict that there should be an energy where all 3 forces unify and `become the same`.
The quantum level is when things are very small, we cannot tell their exact position and speed at the same time. These things are `uncertain` and we describe positions as wavefunctions. Particles are basically little waves rather than little round balls.
Multiverse theory essentially says that there may be many (possibly infinitely many) alternate universes that contain everything that has or will exist.
Hope that helps.