Lagrangian functions.

The principles of Newtonian and quantum mechanics : = the need for Planck's constant, h / by: (Language materials, printed)

Feynman's thesis : = a new approach to quantum theory / by: (Language materials, printed)

Quantum Dynamics with Trajectories = Introduction to Quantum Hydrodynamics / by: (Language materials, printed)

Critical point theory for Lagrangian systems / by: (Language materials, printed)

Stochastic lagrangian adaptation by: (Electronic resources)

Augmented Lagrangian and operator-splitting methods in nonlinear mechanics by: (Language materials, printed)

Critical point theory for lagrangian systems by: (Electronic resources)

Lagrange multiplier approach to variational problems and applications by: (Electronic resources)

The principles of Newtonian and quantum mechanics = the need for Planck's constant, h / by: (Electronic resources)

Global formulations of Lagrangian and Hamiltonian dynamics on manifolds = a geometric approach to modeling and analysis / by: (Electronic resources)

Geometric quantization.

Fluids.

Atoms, Molecules, Clusters and Plasmas.

Quantum trajectories.

Hamiltonian systems.

Operator theory.

Global Analysis and Analysis on Manifolds.

Manifolds (Mathematics)

Maslov index.

Hydrodynamics.

Schro?dinger equation.

Mathematics.

Engineering Fluid Dynamics.

Vibration, Dynamical Systems, Control.

Lagrangian functions.

Quantum theory.

Dynamical Systems and Ergodic Theory.

Variational inequalities (Mathematics)

Stochastic integral equations.

Physical Chemistry.

Quantum Physics.

Quantum field theory.

Computational Mathematics and Numerical Analysis.

Mathematical Physics.

Systems Theory, Control.

Stochastic Systems and Control.

Least action.

Continuum mechanics.

Linear complementarity problem.

Critical point theory (Mathematical analysis)

Mathematical optimization.

Multipliers (Mathematical analysis)