Quantum stochastic calculus
Quantum stochastic calculus is a generalization of stochastic calculus to noncommuting variables. The tools provided by quantum stochastic calculus are of great use for modeling the random evolution of systems undergoing measurement, as in quantum trajectories. Just as the Lindblad master equation provides a quantum generalization to the Fokker-Planck equation, quantum stochastic calculus allows for the derivation of quantum stochastic differential equations (QSDE) that are analogous to classical Langevin equations.
known for
Wikipage redirect
primaryTopic
Quantum stochastic calculus
Quantum stochastic calculus is a generalization of stochastic calculus to noncommuting variables. The tools provided by quantum stochastic calculus are of great use for modeling the random evolution of systems undergoing measurement, as in quantum trajectories. Just as the Lindblad master equation provides a quantum generalization to the Fokker-Planck equation, quantum stochastic calculus allows for the derivation of quantum stochastic differential equations (QSDE) that are analogous to classical Langevin equations.
has abstract
Quantum stochastic calculus is ...... m quantum stochastic calculus.
@en
Wikipage page ID
41,263,617
Wikipage revision ID
662,521,586
background colour
border colour
cellpadding
hypernym
comment
Quantum stochastic calculus is ...... classical Langevin equations.
@en
label
Quantum stochastic calculus
@en