Book Details
Format
Kindle
Pages
312
Language
English
Published
Jan 1, 2016
Publisher
Princeton University Press
Edition
1
ISBN-10
1400881560
ISBN-13
9781400881567
Description
In this scholarly work, Peter D. Lax and Ralph S. Phillips delve into the intricacies of scattering theory with a particular focus on automorphic functions. Their exploration is rooted in the innovative application of Lax-Phillips theory, originally pioneered by Fadeev and Pavlov. The authors skillfully unpack the connections between automorphic waves and scattering, offering readers a comprehensive understanding of these complex mathematical constructs.
Through a series of meticulously crafted arguments, Lax and Phillips illuminate the relevance of scattering theory in the realm of automorphic functions. Their analysis navigates the interplay between classical techniques and modern advancements, showcasing how these concepts converge to elucidate various facets of advanced mathematics. The text is deeply analytical, capturing the layers of nuance that define these theories.
The authors also take pride in their rigorous approach, ensuring that each concept is thoroughly examined and easily digestible for researchers and students alike. The volume serves as an intellectual bridge, linking traditional scattering methods with contemporary applications, making it an invaluable resource for anyone immersed in the study of mathematical analysis and theoretical physics.
Ultimately, this work stands as a testament to the authors' expertise and their commitment to expanding the boundaries of knowledge in the field. Readers will find themselves not only informed but also inspired by the elegant harmonies between scattering theory and automorphic functions that Lax and Phillips so adeptly unfold.
Through a series of meticulously crafted arguments, Lax and Phillips illuminate the relevance of scattering theory in the realm of automorphic functions. Their analysis navigates the interplay between classical techniques and modern advancements, showcasing how these concepts converge to elucidate various facets of advanced mathematics. The text is deeply analytical, capturing the layers of nuance that define these theories.
The authors also take pride in their rigorous approach, ensuring that each concept is thoroughly examined and easily digestible for researchers and students alike. The volume serves as an intellectual bridge, linking traditional scattering methods with contemporary applications, making it an invaluable resource for anyone immersed in the study of mathematical analysis and theoretical physics.
Ultimately, this work stands as a testament to the authors' expertise and their commitment to expanding the boundaries of knowledge in the field. Readers will find themselves not only informed but also inspired by the elegant harmonies between scattering theory and automorphic functions that Lax and Phillips so adeptly unfold.