Yes. This is called "format shifting" for personal use. As long as you do not distribute that PDF to others (via email, Google Drive, or WhatsApp), it is generally considered fair use for study purposes. That PDF, made by you from your own copy, is the most personal copy possible.
The book's strengths lie in its logical and comprehensive approach. It has been praised for filling a gap in the literature by going beyond computational recipes and predictive tools, and for its thorough treatment of both relativistic and non-relativistic quantum mechanics. It is also noted for its clear exposition of detailed topics, such as the use of Hermite polynomials for the harmonic oscillator.
This is a standard text for postgraduate students, covering both relativistic and non-relativistic quantum mechanics.
| Feature | Description | |--------|-------------| | | ~200–300 fully worked examples, often with multiple methods (e.g., perturbation theory via matrix diagonalization vs series expansion). | | Unsolved Exercises | ~500 problems, graded from simple recall to challenging (many drawn from previous exams). | | Mathematical Appendices | Fourier series/transforms, gamma/beta functions, orthogonal polynomials, matrix algebra, complex analysis shortcuts. | | Illustrations | Hand-drawn style diagrams of potentials, wavefunctions, probability densities, scattering trajectories. | | Exam Focus | Short-answer questions, derivations (e.g., “derive the probability current density”), and numerical problems. | quantum mechanics bk agarwal pdf verified
| | Part II: Core Applications | Part III: Advanced Topics | | :--- | :--- | :--- | | Quantum Theory | Bound States in One Dimension | Matrix Representations | | Postulates of Quantum Mechanics | Motion in Three Dimensions | Spin and Magnetic Moment | | Principles of Quantum Mechanics | Central Potential Problems | Addition of Angular Momenta | | One-dimensional Barriers | WKB Approximation | Stationary Perturbation Theory | | | Electron in the Electromagnetic Field | Time-dependent Perturbation | | | | Scattering Theory | | | | Relativistic Single-Particle Theory | | | | Method of Second Quantization |
B.K. Agarwal has two primary textbooks covering quantum mechanics, both widely used in postgraduate physics courses. While full, "verified" free PDFs are rare due to copyright, legitimate digital previews and borrowable versions are available. Quantum Mechanics (Co-authored with Hari Prakash)
Pair the textbook chapters with open-courseware video lectures (such as NPTEL or MIT OpenCourseWare) for visual clarity on wave functions. If you are looking to study specific sections, let me know: That PDF, made by you from your own
A digital version is available to borrow or view with restricted access . Open Library: Listed for borrowing and tracking . Summary of Book Details Quantum Mechanics B.K. Agarwal & Hari Prakash 978-8120310070 Quantum Mechanics and Field Theory Bipin Kumar Agarwal 0210269456
To ensure you have the correct version, verify these details: QUANTAM MECHANICS - AGARWAL, B. K., PRAKASH, HARI
You can download the PDF version of the book from various online sources, including: It is also noted for its clear exposition
Unauthorized PDFs are often missing critical pages, mathematical appendices, or index sections.
Instead, leverage your university’s library resources, look for affordable physical copies, or utilize verified open-access materials from institutions like MIT and Caltech. Investing in a legitimate copy or using authorized educational platforms ensures you get accurate, legible equations and complete text—allowing you to focus entirely on mastering the complexities of quantum physics.