Quantum Computer Systems: Research for Noisy Intermediate-Scale Quantum Computers

A Computer Systems View of Quantum Computing

Quantum computers are no longer purely theoretical, but turning them into reliable systems remains a demanding engineering problem. Quantum Computer Systems: Research for Noisy Intermediate-Scale Quantum Computers examines that problem from the perspective of computer architecture, offering a structured path into the NISQ era for readers who already understand classical systems. Authors Yongshan Ding and Frederic T. Chong write for computer scientists and engineers who are curious about quantum computing but do not arrive with a background in quantum mechanics.

Two Parts, One Practical Direction

The book opens with a gentle overview of quantum theory and its implications for computing, then moves into contemporary research on building practical quantum programs, software stacks, and hardware control. That split keeps foundational ideas accessible while still addressing the design challenges that arise when qubits, compilers, algorithms, and classical control must work together.

Topics Across the Quantum Stack

• Quantum computing fundamentals presented for readers with a classical systems background
• Architecture and design questions raised by NISQ machines
• Quantum programming languages, compilation, and algorithms
• Noise mitigation, error correction, and qubit implementations
• Classical simulation and the software systems needed to support quantum hardware

Who Will Find It Useful

This volume is aimed at computer scientists and engineers who want a systems-oriented introduction to quantum computing without beginning with quantum mechanics. Most chapters close with a summary and an outlook, which gives readers a clear sense of where the field stands and which questions remain open.

Part of the Synthesis Lectures on Computer Architecture

Published by Morgan & Claypool, the book appears as Lecture #51 in the Synthesis Lectures on Computer Architecture series. Its focused, research-forward approach makes it a useful reference for readers following the intersection of classical computer architecture and emerging quantum technologies.

Why the NISQ Era Matters

The noisy intermediate-scale quantum period is defined by hardware that is powerful enough to be interesting and imperfect enough to demand careful systems thinking. By addressing programming, compilation, control, and error management together, this book helps readers see quantum computing as an engineering discipline rather than a collection of isolated theoretical results.

Explore Quantum Systems Research

If you want to understand how classical computer systems expertise can contribute to practical-scale quantum computing, this Digital Delights ebook offers a clear, research-oriented starting point.