Professor Irfan Siddiqi and Professor Andrew N. Jordan
“Quantum Measurement: A Comprehensive Guide," a new book written by Professor Andrew N. Jordan and Professor Irfan Siddiqi is aimed at unraveling the enigmatic realm of quantum physics measurement. This groundbreaking text delves into the intricacies of measurement in quantum physics, shedding light on a topic often misunderstood yet crucial for scientific advancement.
In "Quantum Measurement," the authors navigate through the complex landscape of quantum theory, highlighting the fundamental role of measurement in shaping scientific predictions within the quantum formalism. From the dramatic phenomenon of wavefunction collapse to the latest advances in the field, the book presents a thorough examination of quantum measurement, making it accessible to scientists and students alike.
"We wrote this book in response to the growing demand from our colleagues and students," explained the authors. We have been privileged to be part of this process of scientific discovery. There is a real gap in the physics book literature that covers these recent advances. This situation convinced us that a new book on this topic was both timely and needed.
The book addresses the historical context leading up to the current quantum information age, alongside philosophical implications and controversies surrounding the foundations of quantum physics. Through a comprehensive yet readable approach, the authors aim to educate and enlighten readers, offering insights into the future direction of the field.
"Quantum Measurement" caters to both non-experts and those with prior knowledge of quantum physics. The first and last chapters provide accessible overviews, while subsequent chapters delve into advanced topics such as weak measurements, continuous quantum measurement, and feedback control. The authors emphasize experimental methodologies, offering insights into physical realizations and limitations imposed by quantum physics.
"We want readers to not only understand the phenomena but also grasp how measurements are conducted in practice," the authors added. "Our book covers a range of fascinating topics, including measurement reversal, entanglement, and the joint measurement of non-commuting observables."
“Our fondest hope is that this textbook will benefit our community and help to educate and enlighten, as well as serve as a definitive reference on this subject” the authors added.
Read an interview with the authors on the Cambridge University Press website