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Stochastic differential equations for chemical transformations in white noise probability space = Wick products and computations /

Record Type:	Language materials, printed : Monograph/item
Title/Author:	Stochastic differential equations for chemical transformations in white noise probability space/ by Don Kulasiri.
Reminder of title:	Wick products and computations /
Author:	Kulasiri, Don.
Published:	Singapore :Springer Nature Singapore : : 2024.,
Description:	xvi, 155 p. :ill. (chiefly color), digital ; : 24 cm.;
Contained By:	Springer Nature eBook
Subject:	Biochemistry - Mathematical models. -
Online resource:	https://doi.org/10.1007/978-981-97-9392-1
ISBN:	9789819793921

Stochastic differential equations for chemical transformations in white noise probability space = Wick products and computations /
Kulasiri, Don.

Stochastic differential equations for chemical transformations in white noise probability spaceWick products and computations /[electronic resource] :by Don Kulasiri. - Singapore :Springer Nature Singapore :2024. - xvi, 155 p. :ill. (chiefly color), digital ;24 cm.

Chapter 1. Introduction to Chemical transformations in far from equilibrium systems -- Chapter 2. A brief introduction to vectors spaces: succinct but pertinent summary for scientists -- Chapter 3. White noise probability spaces (Hermite polynomials and functions and their use in defining Weiner Chaos expansion) -- Chapter 4. Introduction to Skorohod integration and Malliavian derivatives-practical interpretations -- Chapter 5. Introduction to Wick Product and its algebra (analytical solutions to Wick product driven stochastic differential equations; Hermite transformations) -- Chapter 6. Numerical solutions to stochastic chemical reactions -- Chapter 7. Stochastic coupled reactions systems: Numerical solutions -- Chapter 8. Modelling chiral symmetry breaking and stability in a noisy environment using Wick products-A case study.

This book highlights the applications of stochastic differential equations in white noise probability space to chemical reactions that occur in biology. These reactions operate in fluctuating environments and are often coupled with each other. The theory of stochastic differential equations based on white noise analysis provides a physically meaningful modelling framework. The Wick product-based calculus for stochastic variables is similar to regular calculus; therefore, there is no need for Ito calculus. Numerical examples are provided with novel ways to solve the equations. While the theory of white noise analysis is well developed by mathematicians over the past decades, applications in biophysics do not exist. This book provides a bridge between this kind of mathematics and biophysics.

ISBN: 9789819793921

Standard No.: 10.1007/978-981-97-9392-1doiSubjects--Topical Terms:

934036
Biochemistry
--Mathematical models.

LC Class. No.: QD415

Dewey Class. No.: 572.0151

Stochastic differential equations for chemical transformations in white noise probability space = Wick products and computations /
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505 0 $a Chapter 1. Introduction to Chemical transformations in far from equilibrium systems -- Chapter 2. A brief introduction to vectors spaces: succinct but pertinent summary for scientists -- Chapter 3. White noise probability spaces (Hermite polynomials and functions and their use in defining Weiner Chaos expansion) -- Chapter 4. Introduction to Skorohod integration and Malliavian derivatives-practical interpretations -- Chapter 5. Introduction to Wick Product and its algebra (analytical solutions to Wick product driven stochastic differential equations; Hermite transformations) -- Chapter 6. Numerical solutions to stochastic chemical reactions -- Chapter 7. Stochastic coupled reactions systems: Numerical solutions -- Chapter 8. Modelling chiral symmetry breaking and stability in a noisy environment using Wick products-A case study.
520 $a This book highlights the applications of stochastic differential equations in white noise probability space to chemical reactions that occur in biology. These reactions operate in fluctuating environments and are often coupled with each other. The theory of stochastic differential equations based on white noise analysis provides a physically meaningful modelling framework. The Wick product-based calculus for stochastic variables is similar to regular calculus; therefore, there is no need for Ito calculus. Numerical examples are provided with novel ways to solve the equations. While the theory of white noise analysis is well developed by mathematicians over the past decades, applications in biophysics do not exist. This book provides a bridge between this kind of mathematics and biophysics.
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