He accelerated his puns until they bend the awesome field around his body and warp humor

They mostly don't detect the neutrino. The electron would be detected by something that detects either magnetic fields or electric fields or photons given off by the electron. Not sure about a Hadron.

+ScienceNinjaDude I saw an advertisement in the newspaper looking for an accelerator operator and it only required a high school diploma. How could that be?

+ScienceNinjaDude Side note. I have some old 8mm video from my grandfather when Fermilab was being constructed. He helped build an emergency exit door that weighed tons yet could be opened by a kid because it floated using hydraulics. He also built surveying scaffolding for when the trench was being poured for the loop. Let me know if you're interested in obtaining it.

Sign up on zoouniverse for Higgs Boson and volunteer until you become more proficient.

so no chance to become Dr. Manhattan ?

Every direction. The big bang didn't happen at a certain point in space. It happened everywhere at a certain moment in time. We see it's remnants in the Form of the cosmic microwave background coming from every direction.

Depends on velocity. Also, there will be lots of fakes.

@@drdon5205 Fake protons? Do go on. 😁

@@gregmonks A detector fires under certain circumstances. In your case, you want it to fire when a proton passes the detector. Unless you are very careful, the detector will fire when other particles travel through it as well. Unless you know how to reject them, these would be considered fake protons. It's not much different than from one of those animal cameras that are left in the woods. You want to take pictures of deer. However, unless you are able to teach the camera to select only deer, you will also detect squirrels, rabbits, dogs, etc. Now for the animals, you can look at the pictures and separate out what you want. It's more difficult to do that when you are searching for protons.

@@drdon5205 I wonder if such a project exists?

Sure. It's not terribly hard to build. Eliminating the fakes is the only interesting part. For low energy protons, a simple cloud chamber works.

Hadrons are a class of particles consisting of quarks and/or antiquarks, such as baryons (consisting of three quarks), including protons and neutrons; and mesons (consisting of a quark-antiquark pair), including pions and kaons. On the other hand, leptons - electrons, muons, and tauons - are not hadrons, they are (as far as we know) elementary particles themselves.

They're just different

Arrrgh this is the same problem i keep running into. Youve succesfully explained the theory behind dectors and their design goals, but not how they actually physically work

Reading through the comments i can see youre just another youtuber that doesnt respond to his own viewers. So damn annoying

Unlucky. But it won’t travel in that direction everytime. That’s why they repeat the collision multiple times.

Basically in the same way. They perform a particle collision, observe the products of the nuclear reaction (or, more accurately, the effects thereof), and from that they calculate the properties of the particles involved. So they concluded that they have detected a particle, with such and such mass, spin 0, no electric charge, and so on, which very quickly decayed into a particle-antiparticle pair. And the properties and behavior of the detected particle matches the predicted ones for the Higgs boson, so they conclude that it is one. (Of course, they repeat the experiment many times to make sure that it is not just a statistical fluke.)

😂😂

I can't believe you still think existence exists.