<--- Back to Details
First PageDocument Content
Hamiltonian mechanics / Theoretical physics / Differential topology / Mathematical analysis / Symplectic geometry / Hamiltonian system / Hamiltonian vector field / Hamiltonian / Symplectic manifold / Moment map / Vector bundle / Fiber bundle
Date: 2012-09-07 15:13:30
Hamiltonian mechanics
Theoretical physics
Differential topology
Mathematical analysis
Symplectic geometry
Hamiltonian system
Hamiltonian vector field
Hamiltonian
Symplectic manifold
Moment map
Vector bundle
Fiber bundle

Reduction of time-dependent mechanical systems and Poisson structures with magnetic terms Ignazio Lacirasella Universit` a degli Studi di Bari e-mail:

Add to Reading List

Source URL: www3.ubu.es

Download Document from Source Website

File Size: 387,49 KB

Share Document on Facebook

Similar Documents

Reduction of time-dependent mechanical systems and Poisson structures with magnetic terms Ignazio Lacirasella Universit` a degli Studi di Bari e-mail:

Reduction of time-dependent mechanical systems and Poisson structures with magnetic terms Ignazio Lacirasella Universit` a degli Studi di Bari e-mail:

DocID: 1ramg - View Document

XXIII IFWGP – Granada, 2014 AN EXACTLY SOLVABLE DEFORMATION OF THE COULOMB PROBLEM FROM A QUANTUM TAUB–NUT SYSTEM ´ NGEL BALLESTEROSa , A LBERTO E NCISOb , F RANCISCO J. H ERRANZa , A

XXIII IFWGP – Granada, 2014 AN EXACTLY SOLVABLE DEFORMATION OF THE COULOMB PROBLEM FROM A QUANTUM TAUB–NUT SYSTEM ´ NGEL BALLESTEROSa , A LBERTO E NCISOb , F RANCISCO J. H ERRANZa , A

DocID: 1qZJs - View Document

Linear system of the Schrödinger equation Notes on Quantum Mechanics http://quantum.bu.edu/notes/QuantumMechanics/LinearSystems.pdf Last updated Wednesday, October 29, :40:08 Copyright © 2003 Dan Dill (

Linear system of the Schrödinger equation Notes on Quantum Mechanics http://quantum.bu.edu/notes/QuantumMechanics/LinearSystems.pdf Last updated Wednesday, October 29, :40:08 Copyright © 2003 Dan Dill (

DocID: 1qBp7 - View Document

mem-moser.qxp:44 AM

mem-moser.qxp:44 AM

DocID: 1pZQj - View Document

Lecture Note Part 1  Goals and scope 001

Lecture Note Part 1 Goals and scope 001

DocID: 1pliC - View Document