Lecture 17, Thurs March 23: Quantum Query Complexity, Deutsch-Jozsa People often want to know where the true power of quantum computing comes from. ● Is it the ability of amplitudes to interfere with one another? ● I

First Page		Document Content
Date: 2018-09-04 20:36:59 Theoretical computer science Quantum information science Quantum mechanics Quantum computing Models of computation Emerging technologies Quantum algorithm DeutschJozsa algorithm Quantum circuit Decision tree model Qubit Toffoli gate		Lecture 17, Thurs March 23: Quantum Query Complexity, Deutsch-Jozsa People often want to know where the true power of quantum computing comes from. ● Is it the ability of amplitudes to interfere with one another? ● I Add to Reading List Source URL: www.scottaaronson.com Download Document from Source Website File Size: 780,17 KB Share Document on Facebook

	Latent Domain Phrase-based Models for Adaptation Hoang Cuong and Khalil Sima’an Institute for Logic, Language and Computation University of Amsterdam Science Park 107, 1098 XG Amsterdam, The Netherlands {c.hoang,k.sima DocID: 1uFJW - View Document
	Grown-in Defects of InSb Crystals: Models and Computation N. Vaidya ∗, H. Huang †, and D. Liang ‡ Department of Mathematics & Statistics, York University Toronto, Canada M3J 1P3. August 22, 2005 DocID: 1u9va - View Document
	NUMERICAL SOLUTION of MARKOV CHAINS, p. 1–22 Hypergraph-based Parallel Computation of Passage Time Densities in Large Semi-Markov Models ∗ DocID: 1u2vA - View Document
	The Myriad simulator: parallel computation for densely integrated models Pedro Rittner , Andrew J. Davies, Thomas A. Cleland 1 Dept. of Psychology, Cornell University, Ithaca, NY Why another simulator? DocID: 1tZVk - View Document
	Aggregating Private Sparse Learning Models Using Multi-Party Computation Lu Tian, Bargav Jayaraman, Quanquan Gu, and David Evans University of Virginia https://oblivc.org/ppml DocID: 1tvdd - View Document