Contents & References of The application of effective field theory in strong disruptors of heavy corks
List:
Chapter 1: Weak interactions 1
1-1- Particles and interactions 2
1-2-Standard parameterization. 5
1-3-first order unitary triangle. 6
1-4- Normal QCD again. 9
Chapter 2: Operators in weak decays 16
2-1- Expansion of operators in weak decays. 17
2-2- Expansion of QCD operators and short-range effects. 22
2-3-Invoicing scale. 32
Chapter 3: 33
Effective Hamiltonian in weak interactions 33
3-1- Effective Hamiltonian. 34
3-2- Effective Hamiltonian operators. 35
3-3- Wilson coefficients. 40
3-4- Effective Hamiltonian including QCD penguin operators. 47
3-5- Effective Hamiltonian in QCD. 49
3-6- Wilson coefficients in QCD. 51
3-7-Hamiltonian in electroweak penguin operators. 52
3-8- Effective Hamiltonian in electroweak penguin operators. 53
3-10-Wilson's coefficients in penguin weak electro. 57
Chapter 4: 59
Weak decays of B and K mesons 59
4-1- Hamiltonian effective in decay. 60
4-2- Hamiltonian effective in decay. 62
4-3-Hamiltonian effective in rare decays of K and B mesons. 63
4-4- Decay. 67
4-5- Second order Hamiltonian effective in decay. 70
4-6-Decompositions of , , and . 73
Chapter 5: 74
Effective heavy quark theory 74
5-1- Introduction. 75
5-2- Effective heavy quark theory. 75
5-3- Heavy currents. 79
5-4- Phenomenology of weak decays of heavy meson B. 83
5-5- Heavy quark decay modes b 86
Source:
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