Introduction to Quantum Physics
With a Historical Perspective
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Beschreibung
This book offers a core text in quantum physics describing the origins and evolution of the topic, beginning with the early 20th-century crises that classical physics could not resolve. Through a rich historical narrative, readers are guided step-by-step through the emergence of quantum ideas, revealing how necessity and observation led to a new scientific paradigm. By presenting quantum mechanics as a natural consequence of experimental facts, the book helps demystify its abstract concepts and makes them approachable for newcomers. Designed with students and beginners in mind, this self-contained volume balances conceptual clarity with mathematical rigor. Recognizing that quantum mechanics relies on specific mathematical tools unfamiliar to many beginners, the book devotes an entire chapter to building that foundation.
Quantum physics stands as one of the most transformative and intellectually challenging fields in modern science. Unlike the intuitive laws of classical physics, quantum mechanics introduces a radically different way of understanding nature—one that defies everyday experience and demands a shift in perception. The result is a book that not only explains the "why" behind quantum theory but also equips readers with the "how" to engage with it meaningfully. Whether an undergraduate, a graduate, or simply a curious mind who is eager to explore the quantum world, this book offers a clear, comprehensive and inviting introduction. With careful attention to pedagogy and historical context, it transforms a daunting subject into an enlightening experience—making quantum mechanics not just understandable, but genuinely fascinating.
This book offers a core text in quantum physics describing the origins and evolution of the topic, beginning with the early 20th-century crises that classical physics could not resolve. Through a rich historical narrative, readers are guided step-by-step through the emergence of quantum ideas, revealing how necessity and observation led to a new scientific paradigm. By presenting quantum mechanics as a natural consequence of experimental facts, the book helps demystify its abstract concepts and makes them approachable for newcomers. Designed with students and beginners in mind, this self-contained volume balances conceptual clarity with mathematical rigor. Recognizing that quantum mechanics relies on specific mathematical tools unfamiliar to many beginners, the book devotes an entire chapter to building that foundation.
Quantum physics stands as one of the most transformative and intellectually challenging fields in modern science. Unlike the intuitive laws of classical physics, quantum mechanics introduces a radically different way of understanding nature—one that defies everyday experience and demands a shift in perception. The result is a book that not only explains the "why" behind quantum theory but also equips readers with the "how" to engage with it meaningfully. Whether an undergraduate, a graduate, or simply a curious mind who is eager to explore the quantum world, this book offers a clear, comprehensive and inviting introduction. With careful attention to pedagogy and historical context, it transforms a daunting subject into an enlightening experience—making quantum mechanics not just understandable, but genuinely fascinating.
Dscusses historical background of difficulties with classical theory Describes the experimental facts which instigate the idea of quantization Explains mathematical tools required to understand and develop the idea of quantum physics
Autor*in
Monika Sinha
Themen in »Introduction to Quantum Physics«
Boh's teory of hydrogen matter-wave wave mechanics differential equations linear vector spaces matrix mechanics angular momentum algebra symmetry harmonic oscillator scattering approximation methods Hamiltonian electromagnetic field