Math for Quantum Chromodynamics and The Electroweak Theory

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Files Included :

1 - Introduction.mp4 (131.98 MB)
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2 - Some material for the course.mp4 (75.81 MB)
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3 - Considerations on the Dirac equation and Dirac matrices.mp4 (249.29 MB)
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4 - Dirac equation derived from a lagrangian.mp4 (101.85 MB)
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5 - Charge conservation law from Dirac equation.mp4 (207.19 MB)
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6 - Important properties of unitary matrices and group theory.mp4 (263.2 MB)
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10 - QCD the mathematics of quarks and gluons.mp4 (328.41 MB)
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11 - Lagrangian for QCD.mp4 (216.98 MB)
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12 - Considerations on the QCD Lagrangian asymptotic freedom and confinement.mp4 (181.73 MB)
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7 - Special unitary group in 3 dimensions.mp4 (321.61 MB)
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8 - Why local gauge invariance.mp4 (370.28 MB)
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9 - Commutator of covariant derivatives.mp4 (326.45 MB)
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13 - Introduction to the Electroweak Theory.mp4 (277.06 MB)
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14 - Left and right handed spinors.mp4 (191.51 MB)
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15 - Local gauge invariance for the electroweak theory.mp4 (87.97 MB)
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16 - Field strengths in the electroweak theory.mp4 (176.57 MB)
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17 - Charged current interactions.mp4 (88.43 MB)
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18 - Neutral current interactions.mp4 (448.31 MB)
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19 - Derivation of the quark charges.mp4 (114.41 MB)
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20 - Spontaneous symmetry breaking.mp4 (119.94 MB)
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21 - The Higgs mechanism part 1.mp4 (162.72 MB)
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22 - The Higgs mechanism part 2.mp4 (181.67 MB)
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23 - The Higgs mechanism part 3.mp4 (73.66 MB)
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24 - Conserved current in electromagnetism.mp4 (104.56 MB)
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