LA-URTheory Component of the Quantum Information Processing

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Date: 2004-04-06 17:14:00 Quantum information science Quantum computing Quantum cryptography Emerging technologies Theoretical computer science Quantum complexity theory Quantum information Quantum algorithm BQP Quantum entanglement Quantum key distribution Umesh Vazirani		LA-URTheory Component of the Quantum Information Processing Add to Reading List Source URL: qist.lanl.gov Download Document from Source Website File Size: 638,22 KB Share Document on Facebook

	Lecture 10, Thurs Feb 16: Teleportation, Entanglement Swapping, GHZ, Monogamy Next let’s see... Quantum Teleportation which is a result from 1991 that came as a great surprise. Science journalists still love it given i DocID: 1xUzD - View Document
	Lecture 11, Tues Feb 21: Quantifying Entanglement, Mixed State Entanglement How do you quantify how much entanglement there is between two quantum systems? It’s worth noting that we sort of get to decide what we think DocID: 1xUig - View Document
	Appeared in: Proceedings—Quantum Theory: Reconsideration of Foundations-3; Växjö, Sweden, JuneAIP Conf. Proc. 810, Jan. 2006).© Second entanglement and (re)Born wave functions in Stochastic Electr DocID: 1ulQf - View Document
	Math. Program., Ser. B https://doi.orgs10107z FULL LENGTH PAPER Bounds on entanglement dimensions and quantum graph parameters via noncommutative polynomial DocID: 1tZJS - View Document
	Quantum Circuits, Polynomials, and Entanglement Measures Working Draft Kenneth Regan University at Buffalo (SUNY) Amlan Chakrabarti DocID: 1sVyq - View Document