Schrödinger's Killer App
Race to Build the World's First Quantum Computer
Taylor & Francis – 2013 – 453 pages
Taylor & Francis – 2013 – 453 pages
The race is on to construct the first quantum code breaker, as the winner will hold the key to the entire Internet. From international, multibillion-dollar financial transactions to top-secret government communications, all would be vulnerable to the secret-code-breaking ability of the quantum computer.
Written by a renowned quantum physicist closely involved in the U.S. government’s development of quantum information science, Schrödinger’s Killer App: Race to Build the World’s First Quantum Computer presents an inside look at the government’s quest to build a quantum computer capable of solving complex mathematical problems and hacking the public-key encryption codes used to secure the Internet. The "killer application" refers to Shor’s quantum factoring algorithm, which would unveil the encrypted communications of the entire Internet if a quantum computer could be built to run the algorithm. Schrödinger’s notion of quantum entanglement—and his infamous cat—is at the heart of it all.
The book develops the concept of entanglement in the historical context of Einstein’s 30-year battle with the physics community over the true meaning of quantum theory. It discusses the remedy to the threat posed by the quantum code breaker: quantum cryptography, which is unbreakable even by the quantum computer. The author also covers applications to other important areas, such as quantum physics simulators, synchronized clocks, quantum search engines, quantum sensors, and imaging devices. In addition, he takes readers on a philosophical journey that considers the future ramifications of quantum technologies.
Interspersed with amusing and personal anecdotes, this book presents quantum computing and the closely connected foundations of quantum mechanics in an engaging manner accessible to non-specialists. Requiring no formal training in physics or advanced mathematics, it explains difficult topics, including quantum entanglement, Schrödinger’s cat, Bell’s inequality, and quantum computational complexity, using simple analogies.
"… explains the difficult concepts of quantum mechanics to laypersons, using analogies that require no background in physics or advanced mathematics. These concepts include quantum entanglement, Schrodinger's cat, and quantum computational complexity. Dowling (Louisiana State) has worked with the US Department of Defense (DoD) in their development of quantum information sciences for the last 20 years. The book's title refers to the fact that all the encrypted communication of the Internet could easily be unveiled by a quantum computer, thus leading to competition to develop such a machine. The work begins with a discussion of Einstein, who fought against many notions of quantum physics, such as quantum entanglement ("spooky action at a distance") and quantum computational complexity ("God does not play dice with the Universe. "). The second chapter explains Bell's theorem, proving that the entanglement "action at a distance" idea actually takes place. Later chapters address how the public-key encryption system used by the Internet can be broken by a quantum computer; one-time pad encryption together with the unbreakable quantum key distribution technique and the DoD's efforts to build a quantum computer; and the idea of building a quantum computer using entangled particles as the underlying building blocks. Summing Up: Recommended. Upper-division undergraduates through researchers/faculty; general audiences."
—C. Tappert, Pace University, in CHOICE Magazine
The Early Years—When Einstein Attacks!
All I'm Ever Going to be Is Incomplete
Fairies, Gremlins, and Magic Dice
The Inverted Earth Society
The Cat in the App
For Whom the Bell Tolls
Clanking Contraptions and Cantankerous Codgers
Freedom of Choice, French Finesse, and Loopholes
I Never Metaphysics I Didn't Like
The Quantum Codebreaker
The Trouble with Thulium
Turing Machines and a Deutsch Treat
Your Pad or Mine?
The People’s Key
The Bolt from the Blue
You're in the Army Now
The Great Quantum Diaspora
The Notebook, the Spy, and the Workshop
The Unlying Lands
Interior Panel Siding
Needle in a Haystack
Quantum Computing in a Coffee Cup—When the Buzz Wears Off
D-Wave, BOSS, D-Wave
More Gadgets from the Quantum Spookhouse
Blessed Are the Codemakers
Quantum Repeaters and Earth-to-Space Quantum Cryptography
Beam Me Up, Charlie
The Tale of the True Timepiece
From Quantum Computers to Quantum Sensors
Light Blips Shrink Chips
The Great Clock Synchronization Saga
Hilbert Space—The Final Frontier
Quantum Technology in a FLASH
Qubits, Four Bits, Six Bits, a Dollar
The Church of the Larger Hilbert Space
To Go Where No Mad Scientist Has Gone Before
Jonathan P. Dowling is the Hearne Chair Professor of Theoretical Physics and co-director of the Hearne Institute for Theoretical Physics at Louisiana State University. He is a fellow of the American Association for the Advancement of Science, the American Physical Society, the Institute of Physics, and the Optical Society of America. Dr. Dowling has published more than 125 articles with an h-index of over 37 and holds eight U.S. patents in the fields of nonlinear and quantum optics. He has been a recipient of the Willis E. Lamb Medal for Laser Science and Quantum Optics, the U.S. Army Research and Development Achievement Award, and the NASA Space Act Award. He earned a PhD in mathematical physics from the University of Colorado-Boulder.