{"source":"Free Chord Book","source_url":"https://www.free-chords.com","license_note":"Free for personal use. Lyrics and compositions © their respective songwriters and publishers.","tab_id":1107478,"song":"Strange Charm","artist":"Hank Green","content_type":"chord","tab_type":"Chords","url":"https://www.free-chords.com/song/11246277-strange-charm-chords-by-hank-green/","api_url":"https://www.free-chords.com/api/v1/songs/1107478?type=chord","rating":4.95488,"votes":18,"content":"[tab]  [ch]C[/ch]                           [ch]C[/ch]         [ch]F[/ch]\r\nA quark is a fundamental constituent of matter[/tab]\r\n[tab]  [ch]G[/ch]                      [ch]F[/ch]            [ch]C[/ch]\r\nObserved in 1968 through deep elastic scatter.[/tab]\r\n[tab]   [ch]C[/ch]                            [ch]C[/ch]            [ch]F[/ch]\r\nWe found that protons aren't as simple as we thought.[/tab]\r\n[tab]           [ch]G[/ch]                            [ch]F[/ch]         [ch]C[/ch]\r\nWe thought they were solid particles but they are not.[/tab]\r\n\r\n[tab]   [ch]C[/ch]                           [ch]C[/ch]              [ch]F[/ch]\r\nProtons in fact are made up of three separate pieces.[/tab]\r\n[tab]   [ch]G[/ch]                               [ch]F[/ch]         [ch]C[/ch]\r\nIt just gets more confusing as our knowledge increases.[/tab]\r\n[tab]    [ch]C[/ch]                               [ch]C[/ch]          [ch]F[/ch]\r\nBut that is what a quark is; It's a piece of a proton,[/tab]\r\n[tab]         [ch]G[/ch]                         [ch]F[/ch]             [ch]C[/ch]\r\nAnd they also make up other things including the neutron.[/tab]\r\n\r\n[tab]    [ch]C[/ch]                       [ch]C[/ch]      [ch]F[/ch]\r\nOh, up, down, strange, charm, top, bottom[/tab]\r\n[tab]       [ch]G[/ch]                                    [ch]F[/ch]                [ch]C[/ch]\r\nIf you don't know what a quark is, it don't matter you still got 'em.[/tab]\r\n[tab]         [ch]C[/ch]                   [ch]C[/ch]                  [ch]F[/ch]\r\nAnd with leptons and bosons, unless something's amiss,[/tab]\r\n[tab]             [ch]G[/ch]                              [ch]F[/ch]            [ch]C[/ch]\r\nThey make up everything that we can see and that we know exists.[/tab]\r\n\r\n[tab][ch]C[/ch]                                  [ch]C[/ch]              [ch]F[/ch]\r\nThings made up of quarks including protons and neutrons[/tab]\r\n[tab][ch]G[/ch]                            [ch]F[/ch]               [ch]C[/ch]\r\nAre composite particles that physicists call hadrons.[/tab]\r\n[tab][ch]C[/ch]                             [ch]C[/ch]           [ch]F[/ch]\r\nMany types of hadrons are theoretically described,[/tab]\r\n[tab]    [ch]G[/ch]                        [ch]F[/ch]                [ch]C[/ch]\r\nBut most exist for only very brief amounts of time.[/tab]\r\n\r\n[tab][ch]C[/ch]                                  [ch]C[/ch]                [ch]F[/ch]\r\nQuarks have electric charge, color charge, mass and spin,[/tab]\r\n[tab]    [ch]G[/ch]                              [ch]F[/ch]            [ch]C[/ch]\r\nAnd having color charge means they exist solely inside of[/tab]\r\n[tab][ch]C[/ch]                            [ch]C[/ch]            [ch]F[/ch]\r\nOther kinds of particles and cannot exist alone.[/tab]\r\n[tab]         [ch]G[/ch]                                 [ch]F[/ch]         [ch]C[/ch]\r\nWhich is why quarks have never been studied on their own.[/tab]\r\n\r\n[tab][ch]C[/ch]                       [ch]C[/ch]      [ch]F[/ch]\r\nUp, down, strange, charm, top, bottom[/tab]\r\n[tab]       [ch]G[/ch]                                    [ch]F[/ch]                [ch]C[/ch]\r\nIf you don't know what a quark is, it don't matter you still got 'em.[/tab]\r\n[tab]         [ch]C[/ch]                   [ch]C[/ch]                  [ch]F[/ch]\r\nAnd with leptons and bosons, unless something's amiss,[/tab]\r\n[tab]             [ch]G[/ch]                              [ch]F[/ch]            [ch]C[/ch]\r\nThey make up everything that we can see and that we know exists.[/tab]\r\n[tab][ch]C[/ch]                              [ch]C[/ch]          [ch]F[/ch]\r\nQuarks can join together in two different ways,[/tab]\r\n[tab][ch]G[/ch]                            [ch]F[/ch]         [ch]C[/ch]\r\nBaryons and Mesons, but most instantly decay.[/tab]\r\n[tab]     [ch]C[/ch]                                  [ch]C[/ch]       [ch]F[/ch]\r\nIf a particle has three quarks, then it's a baryon,[/tab]\r\n[tab]           [ch]G[/ch]                                  [ch]F[/ch]          [ch]C[/ch]\r\nIf there's one quark and and anti-quark, then it is a meson.[/tab]\r\n[tab]      [ch]C[/ch]                                 [ch]C[/ch]           [ch]F[/ch]\r\nThese tiny bits of matter are a part of almost everything[/tab]\r\n[tab]          [ch]G[/ch]                       [ch]F[/ch]               [ch]C[/ch]\r\nAnd there is no unified theory to make it less confusing.[/tab]\r\n[tab]        [ch]C[/ch]                               [ch]C[/ch]             [ch]F[/ch]\r\nBut the fact that we've identified that they exist at all[/tab]\r\n[tab]   [ch]G[/ch]                           [ch]F[/ch]             [ch]C[/ch]\r\nIs so god damn remarkable that I just sit in awe.[/tab]\r\n[tab]    [ch]C[/ch]                       [ch]C[/ch]      [ch]F[/ch]\r\nOh, up, down, strange, charm, top, bottom[/tab]\r\n[tab]       [ch]G[/ch]                                    [ch]F[/ch]                [ch]C[/ch]\r\nIf you don't know what a quark is, it don't matter you still got 'em.[/tab]\r\n[tab]         [ch]C[/ch]                   [ch]C[/ch]                  [ch]F[/ch]\r\nAnd with leptons and bosons, unless something's amiss,[/tab]\r\n[tab]             [ch]G[/ch]                              [ch]F[/ch]            [ch]C[/ch]\r\nThey make up everything that we can see and that we know exists.[/tab]\r","plain_text":"","chords":["C","F","A","G"],"chord_diagrams":{"C":{"barres":[],"baseFret":1,"fingers":[0,3,2,0,1,0],"frets":[0,3,2,0,1,0]},"F":{"barres":[1],"baseFret":1,"fingers":[1,3,4,2,1,1],"frets":[1,3,3,2,1,1]},"G":{"barres":[],"baseFret":1,"fingers":[2,1,0,0,0,3],"frets":[3,2,0,0,0,3]}}}