OPEN SUBJECT AREAS: QUANTUM INFORMATION OPTICS AND PHOTONICS

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Date: 2014-04-01 05:13:27 Theoretical computer science Quantum teleportation Qubit Bell state Spontaneous parametric down-conversion Hong–Ou–Mandel effect Quantum channel EPR paradox Entanglement distillation Physics Quantum mechanics Quantum information science		OPEN SUBJECT AREAS: QUANTUM INFORMATION OPTICS AND PHOTONICS Add to Reading List Source URL: www.nature.com Download Document from Source Website File Size: 448,56 KB Share Document on Facebook

	Lecture 7, Tues Feb 7: Bloch Sphere, No-Cloning, Wiesner’s Quantum Money The Bloch Sphere is a geometric representation of all possible states of a qubit. We’ve often drawn the state of qubits as a circle, which is a DocID: 1xTpk - View Document
	Lecture 5, Tues Jan 30: Coin Problem, Inner Products, Multi-Qubit States, Entanglement Say you have a coin, and you want to figure out if it’s fair ( would you go about doing so? ) or if it’s biased DocID: 1xTp8 - View Document
	An Analysis of Inconsistencies Between Assumed Concentrations and Qubit Values These graphs display the relationship between Qubit values measured DocID: 1va9V - View Document
	Clicktale integration with Qubit_NB2 DocID: 1uFMp - View Document
	Kvantifikace s jistotou Quantus™ Fluorometr - Promega Výhody: ● x citlivější než spektrofotometrické kvantifikace NanoDrop® ● 10 x citlivější než Qubit® 2.0 fluorometr DocID: 1ujI7 - View Document