Quantum Mechanics: The Theoretical Minimum, Friedman, Art,Susskind, Leonard, 978

$ 10.56

Item Weight: 17 Oz ISBN-10: 0465036678 Author: Art Friedman, Leonard Susskind Format: Hardcover Illustrator: Yes Item Width: 5.9 in Item Length: 8.2 in Language: English Intended Audience: Trade Book Series: The Theoretical Minimum Ser. height: 1.3 in Genre: Science width: 5.9 in Number of Pages: 384 Pages Publisher: Basic Books Item Height: 1.3 in Dewey Edition: 23 LC Classification Number: QC174.12.S8 2014 ISBN-13: 9780465036677 Book Title: Quantum Mechanics : the Theoretical Minimum Dewey Decimal: 530.12 Edition: First Edition ISBN: 9780465036677 Publication Year: 2014 Topic: Physics / Quantum Theory, Physics / General

Description

Quantum Mechanics: The Theoretical Minimum, Friedman, Art,Susskind, Leonard, 978. The product is a hardcover book titled "Quantum Mechanics: The Theoretical Minimum" by physicists Leonard Susskind and Art Friedman. Published by Basic Books in 2014, this book is part of the "Theoretical Minimum" series and is intended for a trade audience interested in quantum mechanics. It offers a detailed and clear explanation of the principles of quantum mechanics, including topics such as quantum states, uncertainty, entanglement, and wave-particle duality. With a focus on intuition and mathematical rigor, this book provides a comprehensive introduction to the strange and mysterious world of quantum mechanics for both students and armchair physicists. The product is a hardcover book titled "Quantum Mechanics: The Theoretical Minimum" by physicists Leonard Susskind and Art Friedman. Published by Basic Books in 2014, this book is part of the "Theoretical Minimum" series and is intended for a trade audience interested in quantum mechanics. It offers a detailed and clear explanation of the principles of quantum mechanics, including topics such as quantum states, uncertainty, entanglement, and wave-particle duality. With a focus on intuition and mathematical rigor, this book provides a comprehensive introduction to the strange and mysterious world of quantum mechanics for both students and armchair physicists.