This book provides a clear, problem-oriented introduction to quantum computing. Intended for students, educators, and programmers, it includes more than 120 carefully selected problems with detailed solutions, guiding the reader from basic concepts to practical applications. Covering mathematics, qubits, quantum gates, algorithms, cryptography, and machine learning, it strengthens both conceptual insight and analytical skills for study or teaching.

This book, a 5-star Amazon title and ranked among the top 10 quantum computing books on LinkedIn, is written for a generation of programmers and aspiring programmers enthusiastic about the future of computing. With practical examples, it offers an accessible introduction to quantum programming. Packed with illustrations and source codes, it lets readers test all examples on quantum cloud platforms.

The Serbian edition of "Quantum Computing" by Aleksandar Radovanović provides an in-depth exploration of quantum computing. It begins with fundamental mathematical concepts and progresses through the theory of quantum computing, quantum circuit basics, and key algorithms. Although it is primarily intended for quantum computing students, it is also a valuable resource for anyone interested in this fascinating field of science.

A collection of hands-on programming exercises in Qiskit, designed to practice fundamental and advanced topics in quantum computing. Each exercise is paired with a worked-out solution to support self-study and deeper understanding.