Foundations of Quantum Mechanics: From Photons to Quantum Computers

• Focuses on the “non-classical” aspects of quantum mechanics, such as EPR correlations and Einstein’s “spooky action at a distance” without neglecting the “machinery” of quantum mechanics
• Contains chapters on modern quantum topics, including interaction-free measurement, quantum factoring, and quantum computing, not found in traditional quantum mechanics textbooks
• Discusses the process of teleportation; no longer science fiction, but firmly grounded in experimentation
• Presents key quantum algorithms such as the Deutsch-Jozsa algorithm, Shor’s factoring algorithm, and Grover’s data-base search algorithm that demonstrate how quantum computers rival traditional computers
• Contains an in-depth chapter that presents quantitatively, the physics of an actual quantum computer
• Includes numerous exercises at the end of each section to evaluate the acquired knowledge

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Chapter 1  Photons
Chapter 2  Wave-Particle Duality
Chapter 3  The Machinery of Quantum Mechanics
Chapter 4  Measurement
Chapter 5  Interaction-Free Measurements
Chapter 6  EPR Paradox
Chapter 7  Classical and Quantum Information
Chapter 8  Quantum Computing
Chapter 9  Classical Cryptology
Chapter 10  Quantum Factoring
Chapter 11  Ion-Trap Quantum Computers
Chapter 12  Outlook
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• Blümel (Wesleyan Univ.) has written a very readable review of quantum mechanics for undergraduate students. His book has a dual focus: to provide an in-depth understanding of the aspects of quantum mechanics that have no classical analogue, and to review up-to-date applications of quantum mechanics in the field of quantum information processing. For the nonclassical aspects, which are so difficult for undergraduate students to grasp, the author succeeds in finding compelling ways to explain the material...Blümel does achieve his goal of offering insight into the peculiar principles at the heart of quantum mechanics and their modern-day applications. Summing Up: Highly recommended. Lower-division undergraduates through graduate students.

  -P. Oxley, College of the Holy Cross
  Choice Reviews Online

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Ideal for Quantum Mechanics and Quantum Physics courses taught within the Physics Department.

Also appropriate for course in: Quantum Mechanics, Quantum Information Theory, Quantum Computing, Topics in Quantum Mechanics, Recent Developments in Quantum Mechanics, Quantum Mechanics and Measurement, or Foundations of Quantum Mechanics

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