This song is not too difficult to learn to play (the lyrics are a bit tricky, but it's a DARN good song!) I hope you enjoy it and if you have any questions, you can email me at lsohfan@gmail.com and I plan on posting a video lesson soon. C (x32010@1) C (x32010@1) FA (133211@1)quark is a fundamental constituent of matter G (320003@1) F (133211@1) CObserved (x32010@1)in 1968 through deep elastic scatter. C (x32010@1) C (x32010@1) FWe (133211@1)found that protons aren't as simple as we thought. G (320003@1) F (133211@1) CWe (x32010@1)thought they were solid particles but they are not. C (x32010@1) C (x32010@1) FProtons (133211@1)in fact are made up of three separate pieces. G (320003@1) F (133211@1) CIt (x32010@1)just gets more confusing as our knowledge increases. C (x32010@1) C (x32010@1) FBut (133211@1)that is what a quark is; It's a piece of a proton, G (320003@1) F (133211@1) CAnd (x32010@1)they also make up other things including the neutron. C (x32010@1) C (x32010@1) FOh, (133211@1)up, down, strange, charm, top, bottom G (320003@1) F (133211@1) CIf (x32010@1)you don't know what a quark is, it don't matter you still got 'em. C (x32010@1) C (x32010@1) FAnd (133211@1)with leptons and bosons, unless something's amiss, G (320003@1) F (133211@1) CThey (x32010@1)make up everything that we can see and that we know exists. C (x32010@1) C (x32010@1) FThings (133211@1)made up of quarks including protons and neutrons G (320003@1) F (133211@1) CAre (x32010@1)composite particles that physicists call hadrons. C (x32010@1) C (x32010@1) FMany (133211@1)types of hadrons are theoretically described, G (320003@1) F (133211@1) CBut (x32010@1)most exist for only very brief amounts of time. C (x32010@1) C (x32010@1) FQuarks (133211@1)have electric charge, color charge, mass and spin, G (320003@1) F (133211@1) CAnd (x32010@1)having color charge means they exist solely inside of C (x32010@1) C (x32010@1) FOther (133211@1)kinds of particles and cannot exist alone. G (320003@1) F (133211@1) CWhich (x32010@1)is why quarks have never been studied on their own. C (x32010@1) C (x32010@1) FUp, (133211@1)down, strange, charm, top, bottom G (320003@1) F (133211@1) CIf (x32010@1)you don't know what a quark is, it don't matter you still got 'em. C (x32010@1) C (x32010@1) FAnd (133211@1)with leptons and bosons, unless something's amiss, G (320003@1) F (133211@1) CThey (x32010@1)make up everything that we can see and that we know exists. C (x32010@1) C (x32010@1) FQuarks (133211@1)can join together in two different ways, G (320003@1) F (133211@1) CBaryons (x32010@1)and Mesons, but most instantly decay. C (x32010@1) C (x32010@1) FIf (133211@1)a particle has three quarks, then it's a baryon, G (320003@1) F (133211@1) CIf (x32010@1)there's one quark and and anti-quark, then it is a meson. C (x32010@1) C (x32010@1) FThese (133211@1)tiny bits of matter are a part of almost everything G (320003@1) F (133211@1) CAnd (x32010@1)there is no unified theory to make it less confusing. C (x32010@1) C (x32010@1) FBut (133211@1)the fact that we've identified that they exist at all G (320003@1) F (133211@1) CIs (x32010@1)so god damn remarkable that I just sit in awe. C (x32010@1) C (x32010@1) FOh, (133211@1)up, down, strange, charm, top, bottom G (320003@1) F (133211@1) CIf (x32010@1)you don't know what a quark is, it don't matter you still got 'em. C (x32010@1) C (x32010@1) FAnd (133211@1)with leptons and bosons, unless something's amiss, G (320003@1) F (133211@1) CThey (x32010@1)make up everything that we can see and that we know exists. I hope you enjoyed! DFTBA and best wishes, Trey
