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Quantum Mechanics: Theory and Applications

Autor Mario Reis
en Limba Engleză Hardback – 22 oct 2025
This essential Quantum Mechanics text covers an entire course’s worth of lessons from fundamentals to advanced Topics in order to serve undergraduate- and graduate-level students of Physics, Chemistry, Materials Science and related courses, and offers lessons with real-world applications and examples that will help students connect with these concepts. From Modern Physics to Advanced Topics, such as Relativistic Quantum Mechanics, the text is tailored to the needs of students and instructors in these topics. Quantum Mechanics: Theory and Applications introduces the theory of quantum mechanics, while the applications are presented in the helpful appendixes, fusing classroom lessons with relatable examples. Various levels of topics are included in the book, from more basic topics like spin problems and the corresponding mathematical formalism, to advanced topics such as Quantum Entanglement. In addition to exploring modern discussions on these concepts, the book includes numerous exercises designed with various purposes (Conceptual, Complementary, Retention, Development, and Advanced), many of which are accompanied by detailed solutions that enable the learning process.

  • Offers accessible content for students with real-life applications of quantum mechanics and physics concepts
  • Custom diagrams created with ease of learning in mind
  • Provides numerous exercises accompanied by detailed solutions to assist in practice
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Specificații

ISBN-13: 9780443328268
ISBN-10: 0443328269
Pagini: 500
Dimensiuni: 152 x 229 mm
Editura: ELSEVIER SCIENCE

Cuprins

1. Old Quantum Physics
2. Construction of quantum theory I: wave mechanics
3. Construction of quantum theory II: matrix mechanics
4. One-dimensional problems: bound and unbound states
5. Traditional problems with central potential
6. Angular momentum
7. Addition of angular momenta
8. Time-independent perturbation theory
9. Time-dependent perturbation theory
10. Scattering: partial waves
11. Density operator
12. Entangled states
13. Relativistic quantum mechanics