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Introduction to Quantum Computing - Fall 2010 Lecture Series

Join Professor Dan C. Marinescu for an engaging course on Quantum Computing. In this Fall 2010 lecture series, we cover critical topics such as operator norms, group and ring commutators, multi-qubit controlled operations, and reversible circuits. Today's session features a presentation on the physical realization of quantum circuits by DiVincenzo, alongside a look at steps 2 and 3 of quantum circuit simulation algorithms. We will discuss uniform families of circuits and quantum oracle models, including the Deutsch oracle. Don't miss our continued exploration of quantum oracles in the next lecture on October 18, 2010.

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Introduction to Quantum Computing - Fall 2010 Lecture Series

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  1. COT 6200 Quantum Computing Fall 2010 Dan C. Marinescu Office: HEC 439 B Office hours: M-Wd 2:45-3:45 PM

  2. Last time: Operator norm, Group Commutator, Ring Commutator Multi-qubit controlled operation. Reversible circuits. Quantum circuit simulation. Today: Presentation of a paper on physical realization of quantum circuits by DiVincenzo. Steps 2 and 3 of the algorithm for simulation of quantum circuits. Uniform families of circuits. Quantum circuit model. Quantum oracles; Deutsch oracle Next time: More Quantum oracles Lecture 16 – Monday, October 18, 2010 Lecture 16

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