Master the Art of Microwave Engineering with Alan Salari

FROM THE BACK COVER

The first of its kind, Microwave Techniques in Superconducting Quantum Computers introduces microwave and quantum engineers to essential practical techniques and theoretical foundations crucial for operating and implementing hardware in superconducting quantum processors. This practical resource covers an extensive range of topics, including Introduction to Quantum Physics, Introduction to Quantum Computing, Superconducting Qubits, Microwave Systems, Microwave Components, Principles of Electromagnetic Compatibility, Control Hardware for Superconducting Qubits, and Principles of Cryogenics. A wide range of principles and techniques discussed in the book can be applied to other semiconductor qubits, such as spin and topological qubits. Such technical knowledge equips the reader with essential skills to succeed in the demanding industries and research settings surrounding quantum technologies. With clearly outlined learning objectives and coherent explanations of intricate concepts, this is a must-have reference for a wide spectrum of professionals, including microwave and quantum engineers, technical managers, technical sales engineers in quantum computing and microwave companies, as well as newcomers entering this field

WHAT PIONEERS AND LEADERS SAY

David DiVincezo

Director of Quantum Iinformation Institute

Jülich Research Center

Alan Salari’s book arrives, in a pioneering spirit, with an effort to define the intellectual landscape of the subject. Superconducting quantum computer needs a lot of advanced techniques from cryogenic microwave engineering. This is the premise that drives Alan Salari’s book, and is the featured item in the landscape that he depicts. We see here a cornucopia of microwave components, functions, and methodologies. Salari has covered in great detail all the microwave art that is seen as essential for the functioning of the quantum computer.

Eric Holland

Director of Strategic Initiatives, Quantum Engineering Solutions

Keysight Technologies

Salari’s textbook is an excellent reference covering theory, experiment, and implementation that all quantum physicists and quantum engineers should have in their laboratories.

Piotr Kulczakowicz

Director of Quantum Innovation and Commercialization
Quantum Startup Foundry

University of Maryland, College Park

Alan Salari brings in a rather rare and unique mix of deep theoretical knowledge combined with a remarkably broad set of practical skills he developed while designing and building cutting edge microwave hardware for superconducting qubit control. The author packs his experiences into a powerful, practical, no-nonsense, easily readable, and readily usable package.

LEARN HOW TO BUILD A QUANTUM PROCESSOR

Exploring the fundamentals: Quantum Mechanics, Quantum Computing, and Superconducting Qubits

Unlocking Essential Microwave System Design Concepts for Quantum Microwave Link Implementation

Unveiling Essential Microwave Components for Superconducting Quantum Computers

Harnessing Electromagnetic Compatibility Principles for Noise and Interference Mitigation in Quantum Computers

Exploring Dilution Fridge Operations and Practical Thermometry Considerations

Exploring Dilution Fridge Operations and Practical Thermometry Considerations

The Advancing World of Applied Electromagnetics

Chapter 15. UAV-Based GPR Systems for Infrastructure Monitoring

Authors : Giuseppe Esposito, Ilaria Catapano, Alan Salari, Gianluca Gennarelli, Giovanni Ludeno, Francesco Soldovieri, Danilo Erricolo

Published in: The Advancing World of Applied Electromagnetics

Publisher: Springer International Publishing

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MASTER THE ART OF
MICROWAVE ENGINEERING IN 2024

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