Field Theory I 場の理論I
Code: PHYS.Q433
Day and hours: Tuesday, Friday 1&2 periods 8:50-10:30 火、金曜1,2限
Place: zoom online, zoom URL is available for resistered students.
Topics:
Quantum Field Theory
References: Peskin-Schroeder, An introduction to Quantum Field Theory
Plan of lectures:
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June 23 (1) Lorentz group
lecture note 1
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June 26 (2) classical field theory and Noether theorem
lecture note 2
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June 30 (3) Quantization of a free real scalar field (1)
lecture note 3
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July 3 (4) quantization of a free real scalar field (2)
lecture note 4
Solve Exercises 1-4 in the lecture note 4
deadline: before the lecture on July 10.
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July 7 (5) Representation of the Lorentz algebra (1)
lecture note 5
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July 10 (6) Reprsentation of the Lorentz algebra (2)
lecture note 6
Solve Exercises 5-6 in the lecture note 5
deadline: before the lecture on July 17.
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July 14 (7) Dirac spinor
lecture note 7
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July 17 (8) solution to the Dirac equation
lecture note 8
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July 21 (9) quantization of Dirac fermion
gauge invariance and gauge field
lecture note 9
Solve Exercises 7-9 in the lecture note 9.
deadline: before the lecture on July 28.
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July 24 (10) quantization of the U(1) gauge field
lecture note 10
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July 28 (11) C,P,T transformations
lecture note 11
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July 31 (12) Charge conjugation and Majorana fermion, Interacting Picture
lecture note 12
Solve Exercises 10 in the lecture note 12.
deadline: before the lecture on August 7.
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Aug 4 (13)
Feynman rules, S-matrix and cross section
lecture note 13
You can get the problems of the term end paper here
(typos corrected Aug. 7,2020)
deadline: August 11
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Aug 7 (14) cross ection, scattering amplitudes (2)
lecture note 14