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Browsing Quantum Physics Stream by Subject

Now showing items 9-28 of 28

Subject
Cabibbo V-A theory; Differential cross- section; Electroweak interaction; Feynman rule; Invariant Amplitude; Neutral current; Sigma and Lambda hyperons; SU(3) symmetry; Weak transition [1]
Charged current; Differential cross-section; Electroweak theory; Feynman Diagram; Form factors; Invariant amplitude; SU(3) symmetry; Weak Interaction [1]
Coulomb potential, Energy eigenvalues, Klein-Gordon equation, Pionic atoms, and Relativistic effects [1]
Critical field; Feynman rule; Invariant amplitude; Landau levels; Neutral current; Neutrinoinduced; Production rate. [1]
critical temperature, Bose Einstein functions, Bose Einstein condensation, specific heat, internal energy, entropy, gamma function, Riemann zeta function. [1]
Differential cross-section; Electromagnetic interaction; Elastic scattering; Feynman diagram; Invariant amplitude; Phase space. [1]
Differential cross-section; Feynman Diagram; Invariant amplitude; Scattering term; Annihilation term and Interference term. [1]
Differential cross-section; Feynman rule; Feynman diagram: Casimir trick, perturbation theory; trace theorem, vacuum polarization [1]
Dirac equation, Energy projection, muon, Parabolic cylindrical function, Spin sum, Uniform electric field, Weber’s differential equations [1]
Dirac equation; Dirac spinors; Landau level; Propagator; Spin-sum; Uniform Magnetic field; Vector potential [1]
Electron-positron pair production; Invariant matrix element; Landau Levels; Numerical analysis; Production Rate; Scattering Amplitude [1]
Electroweak interaction; Electron-positron pair production; scattering matrix; Scattering Amplitude; Production Rate; Landau Levels; Critical field [1]
Electroweak theory; Strangeness production;SU(3) symmetry; Cabibbo V-A theory; Born term approximation Hyperons; Mesons; Differential cross-section; Threshold energy; Form factors; Invariant amplitude; [1]
Energy levels corrections. Finite size proton, Hydrogen atom, Point proton, perturbation [1]
Fermi temperature, Fermi-Dirac function, Partition function, Specific heat, Internal energy, Entropy, Fermi energy and Ideal Fermi gas [1]
ircularity factor, deviation factor, form factor, red blood cells classification [1]
Ising model ;Spontaneous magnetization; Curie temperature [1]
Muonic atom; Muonic hydrogen; Finite-size nucleus; Point-like nucleus; Central potential; Nuclear radius; Energy eigenvalue [1]
Time-Independent, Perturbation Theory, Varitional therom, first-Order correction, second- Order Correction, Third-Order Correction, wave function and Energy [1]
vertex correction; Feynman diagram; fermi Golden rule; Cashimer’s trick; scattering matrix; perturbation theory; differential cross section [1]

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