作者: Philip Feinsilver , René Schott
DOI: 10.1016/S0012-365X(97)00113-1
关键词: Graded Lie algebra 、 Adjoint representation of a Lie algebra 、 Combinatorics 、 Universal enveloping algebra 、 Discrete mathematics 、 Algebra 、 Lie conformal algebra 、 Casimir element 、 Mathematics 、 Formal group 、 Lie algebra 、 Nilpotent Lie algebra
摘要: This paper presents an operator calculus approach to computing with non-commutative variables. First, we recall the product formulation of formal exponential series. Then show how formulate canonical boson on is used represent action a Lie algebra its universal enveloping algebra. As applications, Hamilton's equations for general Hamiltonian, given as series, are found using double-dual representation, and adjoint representation given. With these techniques one can Volterra acting We illustrate three-step nilpotent