문제: AM Finalterm problem

Notations

Symbol notation

SymbolMeaning
Effective action
Momentum (3-vector)
Position (3-vector)
Unit vector in momentum direction,
Electromagnetic vector potential
Electromagnetic scalar potential
Momentum-space Berry connection
Berry curvature (pseudovector),
Magnetic field,
Electric field,
Effective mass,
Phase space coordinates,
Hamiltonian
Symplectic matrix (components of symplectic 2-form)
Symplectic 2-form on phase space
Canonical part of symplectic 2-form (without EM fields)
Closed 2-form on evolution space
Hamiltonian vector field
Spin of the particle

Tag notation

아라비아 숫자를 사용하는 tag는 레퍼런스 논문(Duval & Horváthy 2015)에서 사용한 tag와 일치하도록 작성했다.
그 외, 로마 숫자나 알파벳만 사용한 것은 본 문제 풀이에서 자체적으로 적용한 라벨링이다.


References

  • C. Duval & P. A. Horváthy, Chiral fermions as classical massless spinning particles, Phys. Rev. D 91, 045013 (2015).
  • [[Chapter3_Interlude of Sympletic Geometry_[Si Li] Classical Mechanics and Geometry.pdf]] — Prop 3.4.1
  • G. Cognola, L. Vanzo, S. Zerbini & R. Soldati, On the Lagrangian formulation of a charged spinning particle in an external electromagnetic field, Phys. Lett. 104B, 1 (1981).

Solutions

AM Final project - Background knowledge - Souriau Mechanics의 Symplectic framework
AM Final project - Problem 1
AM Final project - Problem 2
AM Final - Background knowledge - Massless, spinning relativistic particle models
AM Final project - Problem 3
AM final project - Problem 4