Guided reading
Move through chapter pages in the sequence prepared for the book.
Browse chapters →Interactive book · Prof. Mario Reis
Study quantum mechanics through a guided book.
Follow the reviewed chapters, connect central equations to their physical setting, and use interactive simulators alongside the reading path.
7reviewed chapters
85exercise-ready sections
10interactive simulators
Reviewed chapters
These chapters are available in the reading application. Chapters under editorial review are intentionally not listed here.
01Old quantum physicsExperimental foundations, Bohr model, de Broglie hypothesis and semi-classical quantization.
02Construction of quantum theory I: wave mechanicsSchrödinger equation, wave functions, postulates and uncertainty.
03Construction of quantum theory II: matrix mechanicsState vectors, observables, commutation relations and time evolution.
04One-dimensional problems: bound and unbound statesHarmonic oscillator, finite wells, scattering coefficients and one-dimensional potentials.
05Traditional problems with central potentialSeparation of variables, Hydrogen atom and three-dimensional harmonic oscillator.
06Angular momentumAngular momentum algebra, matrix representation and position-space representation.
07Addition of angular momentaCoupled bases, Clebsch-Gordan coefficients and applications to atomic angular momentum.
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Simulators
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