English

An algebra of deformation quantization for star-exponentials on complex symplectic manifolds

Quantum Algebra 2009-11-11 v1

Abstract

The cotangent bundle TXT^*X to a complex manifold XX is classically endowed with the sheaf of \cor\cor-algebras \W[TX]\W[T^*X] of deformation quantization, where \cor\eqdot\W[\rmptt]\cor\eqdot \W[\rmptt] is a subfield of \C[[,\opb]\C[[\hbar,\opb{\hbar}]. Here, we construct a new sheaf of \cor\cor-algebras \TW[TX]\TW[T^*X] which contains \W[TX]\W[T^*X] as a subalgebra and an extra central parameter tt. We give the symbol calculus for this algebra and prove that quantized symplectic transformations operate on it. If PP is any section of order zero of \W[TX]\W[T^*X], we show that exp(t\opbP)\exp(t\opb{\hbar} P) is well defined in \TW[TX]\TW[T^*X].

Keywords

Cite

@article{arxiv.math/0607235,
  title  = {An algebra of deformation quantization for star-exponentials on complex symplectic manifolds},
  author = {Giuseppe Dito and Pierre Schapira},
  journal= {arXiv preprint arXiv:math/0607235},
  year   = {2009}
}

Comments

Latex file, 24 pages

R2 v1 2026-07-22T17:38:47.625Z