A Contemporary Compendium of Modern Physics (Paperback)

Alek M. Liguori-Schremp

ISBN 13: 9798823328258

Published by Cognella, Inc, San Diego, 2024

About this Item

Paperback. A Contemporary Compendium of Modern Physics equips physics, astronomy, and astrophysics students with the essential knowledge they need to achieve success within their respective majors. The text is specifically written for upper-division students, but also well prepares readers from lower-division classes for more advanced elective courses and can be adopted in graduate-level courses within the disciplines.The book features particular emphasis on the theory of special relativity; wave-particle duality; the theory of quantum mechanics; the structure of the periodic table and atoms, and application to astronomy and astrophysics; an introduction to quantum computation and quantum information theory; and an overview of particle physics. While each chapter is self-contained, connections between topics are consistently made throughout the book to demonstrate the innate interrelation between many core concepts in physics. Each chapter features an introduction to the material; a discussion of the topical area, including step-by-step calculations and salient examples throughout; a chapter review; and practice problems to help students test their knowledge.Designed to help students cultivate their base knowledge in the discipline and better understand the interconnections between key concepts and theories, A Contemporary Compendium of Modern Physics is an ideal resource for courses and programs in physics, astronomy, and astrophysics. Shipping may be from our UK warehouse or from our Australian or US warehouses, depending on stock availability.

Seller Inventory # 9798823328258

Bibliographic Details

• Title: A Contemporary Compendium of Modern Physics (Paperback)
• Publisher: Cognella, Inc, San Diego
• Publication Date: 2024
• Language: English
• ISBN 13: 9798823328258
• Binding: Paperback
• Condition: new

About this title

Synopsis

A Contemporary Compendium of Modern Physics equips physics, astronomy, and astrophysics students with the essential knowledge they need to achieve success within their respective majors. The text is specifically written for upper-division students, but also well prepares readers from lower-division classes for more advanced elective courses and can be adopted in graduate-level courses within the disciplines.

The book features particular emphasis on the theory of special relativity; wave-particle duality; the theory of quantum mechanics; the structure of the periodic table and atoms, and application to astronomy and astrophysics; an introduction to quantum computation and quantum information theory; and an overview of particle physics. While each chapter is self-contained, connections between topics are consistently made throughout the book to demonstrate the innate interrelation between many core concepts in physics. Each chapter features an introduction to the material; a discussion of the topical area, including step-by-step calculations and salient examples throughout; a chapter review; and practice problems to help students test their knowledge.

Designed to help students cultivate their base knowledge in the discipline and better understand the interconnections between key concepts and theories, A Contemporary Compendium of Modern Physics is an ideal resource for courses and programs in physics, astronomy, and astrophysics.

About the Author

Alexandar M. Liguori-Schremp is a mathematical physicist with a Ph.D. in quantum information. Their professional experience spans both academia and the industry, working internationally in different sectors, including artificial intelligence, education, and outreach. After having taught many courses, including modern physics, at San Francisco State University for several years, they are now a research fellow at the Colorado School of Mines. Their academic research focuses on entanglement and quantum correlations, covering a wide range of topics in quantum computation and quantum information theory.