Quantum Information Meets Quantum Matter
by Bei Zeng, et al.
Publisher: Springer 2015
Number of pages: 349
This is the draft version of a textbook, which aims to introduce the quantum information science viewpoints on condensed matter physics to graduate students in physics (or interested researchers). We keep the writing in a self-consistent way, requiring minimum background in quantum information science.
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by John Watrous - University of Calgary
Topics: Quantum information; Superdense coding, quantum circuits, and partial measurements; Quantum Teleportation; Searching algorithms; Simon's algorithm; Phase estimation; Order finding; Grover's Algorithm; Quantum error correction; etc.
by John Preskill - California Institute of Technology
We will study the properties that distinguish quantum information from classical information. And we will see how these properties can be exploited in the design of quantum algorithms that solve certain problems faster than classical algorithms can.
by Steven M. Girvin - Yale University
These lectures are devoted to understanding the basic components of quantum machines that can be constructed from superconducting electrical circuits. These circuits can be used to create resonators which store individual microwave photons.
by S. M. Girvin - arXiv
These notes will present a brief introduction to the basic theoretical concepts behind the 'second quantum revolution'. They also provide an introduction to 'circuit QED', which offers an architecture for constructing quantum information processors.