Product Details

Author: Mostafizur Rahaman L, Richa Goel
Binding: Paperback
ISBN-10 : 9363640450
ISBN-13 : 9789363640450
Pages : 374
Publisher: Goyal Publishers
Publishing Date: October 2025
Subject: Quantum Computing
Size : 22.7x14x2.2 CM
Weight : 500gm

About The Book

In the quiet between ket zero and ket one, a new language begins-numbers learning to sing as vectors. Matrices opening like doors, and simple rules unfolding into qubits that carry many maybes at once. Gates become small verbs of wonder, circuits a choreography of ifs and ands, and you-without needing heavy physics-step from the familiar grid of arithmetic into a room where probability has a voice and superposition hums like a held note.

This book is your gentle compass; a bridge from first principles to working experiments, from pencil math to hands-on code. Page by page, you learn to shape questions into algorithms, to lesten past the noise and to read the glow of results with practical clarity. Take the step. The future is not far or fenced-it's here. Expanding bit by qubit-andd you are ready to meet it with steady curiosity and a beginner's brave precision.

About The Author

Richa Goel

Richa Goel is a Research Engineer at IBM, passionate about quantum computing, scientific programming, and emerging technologies. She holds a Ph.D. in Quantum Photonics from IIT Bombay in collaboration with TIFR, Mumbai. Skilled in C and Python, she is now exploring advanced topics like quantum simulation, ansatz design, and hardwareaware algorithms using Qiskit and Rustbased tools. A curious learner, she brings a blend of strong academic training and hands-on research experience to the fast-growing field of quantum computing.

Mostafizur Rahaman Laskar

Mostafizur Rahaman Laskar is a Research Scientist at IBM Quantum, where he focuses on quantum algorithms and applications. He earned his Ph.D. (in Quantum Signal Processing and Optimization) and M.S. from the G. S. Sanyal School of Telecommunications, IIT Kharagpur. His doctoral research was supported by the Prime Minister’s Research Fellowship and received formal commendation. His work centers on quantum encoding and Hamiltonian simulation, with applications in signal processing, machine learning, biology, and materials science. He serves as a visiting scientist at RIKEN, Japan.

KET ZERO AND KET ONE (A Beginner's Guide to QUANTUM COMPUTING)

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