Jost Functions in Quantum Mechanics: A Unified Approach to Scattering, Bound, and Resonant State Problems - Image 1

£94.58

Springer Jost Functions in Quantum Mechanics: A Unified Approach to Scattering, Bound, and Resonant State Problems

Name: Jost Functions in Quantum Mechanics: A Unified Approach to Scattering, Bound, and Resonant State Problems
Brand: Springer
Price: 94.58 GBP
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Description

Based on Jost function theory this book presents an approach useful for different types of quantum mechanical problems. These include the description of scattering, bound, and resonant states, in a unified way. The reader finds here all that is known about Jost functions as well as what is needed to fill the gap between the pure mathematical theory and numerical calculations. Some of the topics covered are: quantum resonances, Regge poles, multichannel scattering, Coulomb interaction, Riemann surfaces, multichannel analog of the effective range theory, one- and two-dimensional problems, many-body problems within the hyperspherical approach, just to mention few of them. These topics are relevant in the fields of quantum few-body theory, nuclear reactions, atomic collisions, and low-dimensional semiconductor nanostructures. In light of this, the book is meant for students, who study quantum mechanics, scattering theory, or nuclear reactions at the advanced level as well as for post-graduate students and researchers in the fields of nuclear and atomic physics. Many of the arguments that are traditional for textbooks on quantum mechanics and scattering theory, are covered here in a different way, using the Jost functions. This gives the reader a new insight into the subject, revealing new features of various mathematical objects and quantum phenomena.

Product Specifications

Brand: Springer
Format: hardcover
ASIN: 3031077601
Category: Books > Subjects > Science, Nature & Maths > Physics > Mathematical
Domain: Amazon UK
Release Date: 22 October 2022
Listed Since: 27 April 2022

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Springer Jost Functions in Quantum Mechanics: A Unified Approach to Scattering, Bound, and Resonant State Problems

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