A Short Introduction to Quantum Information and Quantum by Michel Le Bellac

By Michel Le Bellac

Quantum info and computation is a swiftly increasing and cross-disciplinary topic. This ebook supplies a self-contained advent to the sphere for physicists, mathematicians and laptop scientists who need to know extra approximately this intriguing topic. After a step by step advent to the quantum bit (qubit) and its major homes, the writer provides the required historical past in quantum mechanics. The middle of the topic, quantum computation, is illustrated by way of an in depth remedy of 3 quantum algorithms: Deutsch, Grover and Shor. the ultimate chapters are dedicated to the actual implementation of quantum pcs, together with the newest facets, equivalent to superconducting qubits and quantum dots, and to a quick account of quantum details. Written at a degree compatible for undergraduates in actual sciences, no earlier wisdom of quantum mechanics is believed, and merely uncomplicated notions of physics are required. The ebook comprises many brief routines, with ideas to be had to teachers via [email protected]

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Extra resources for A Short Introduction to Quantum Information and Quantum Computation

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A simulation engine for discrete-time systems is, therefore, a useful foundation. 1 ATOMIC MODELS An atomic model is a dynamic system that changes in response to its environment and affects its environment as it changes. The variables that affect the system are its input, and these are described with a set X . The variables by which the system affects its environment are its output, and these are described with a set Y . The variables that constitute the system are its state, and these are described with a set S.

The tank’s computer and the tank itself are network models. The simulation engine operates on the interfaces provided by these two types of components. An atomic model has methods for computing its output from its current state and for computing its next state from its current state and input. A network model has methods for retrieving its set of components, for transforming output from its components to inputs for its other components and outputs from itself, and for transforming its inputs into input for its components.

The elapsed time is a state variable that can be set to zero by an input to the system. If the lock uses an external timer, perhaps a signal received from a global positioning system or atomic clock, then the value of the external clock is an input to the lock. If, to test the lock, it is given a timing signal that is too fast, or too slow, or runs in the wrong direction, the response of the lock will depend only on the value of the timing signal and not when it is applied. This test will, if conducted once in the morning and once in the evening, produce the same result both times.

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