Pages that link to "Item:Q3991763"

The following pages link to Symmetry in a constrained Hamiltonian system with singular higher-order Lagrangian (Q3991763):

Displaying 19 items.

• Quantum symmetry for a system with a singular Lagrangian containing subsidiary condition (Q429914) (← links)
• Quantum field theory for a system of interacting photons, electrons, and phonons (Q675024) (← links)
• Path integral quantization and the ground-state wave functional for multiplier scalar-vector field systems (Q678625) (← links)
• The quantal canonical symmetries for a singular Lagrangian system with subsidiary constraints (Q965799) (← links)
• The transformation properties at the quantum level in field theories for a gauge-invariant system with a higher-order Lagrangian (Q1008130) (← links)
• Generalized Noether theorems in canonical formalism for field theories and their applications (Q1209247) (← links)
• More about superconformal field theory. Hamiltonian formalism (Q1309009) (← links)
• Transformation properties of constrained Hamiltonian system and PBRST charge (Q1330096) (← links)
• Symmetry in extended phase space for singular Lagrangian with subsidiary constraints (Q1330111) (← links)
• Dirac's conjecture (Q1340322) (← links)
• Quantum Noether identities for non-local transformations in higher-order derivatives theories (Q1407278) (← links)
• Quantum methods in field theories with singular higher derivative Lagrangians (Q1891459) (← links)
• Non-Abelian higher-derivative Chern-Simons theories (Q1898845) (← links)
• Generalized Noether identities for nonlocal transformations (Q1903070) (← links)
• Symmetries in a constrained system with a singular higher-order Lagrangian (Q2506075) (← links)
• Symmetries of a dynamical system represented by singular Lagrangians (Q2844461) (← links)
• (Q3780528) (← links)
• (1+1)-dimensional Hamiltonian systems as symmetry constraints of the Kadomtsev-Petviashvili equation (Q4020960) (← links)
• Fermionic matter coupled to higher derivative Chern–Simons theories. II (Q5284363) (← links)