CS378, MA375T, PHY341 Homework 2 Homework 2 Introduction to Quantum Information Science

First Page		Document Content
Date: 2018-08-28 17:54:09 Algebra Quantum mechanics Physics Quantum information science Quantum states Linear algebra Quantum computing 0I Quantum circuit Eigenvalues and eigenvectors Qubit Eigenvalue perturbation		CS378, MA375T, PHY341 Homework 2 Homework 2 Introduction to Quantum Information Science Add to Reading List Source URL: www.scottaaronson.com Download Document from Source Website File Size: 99,67 KB Share Document on Facebook

	SYSTEMS OF POINTS WITH COULOMB INTERACTIONS SYLVIA SERFATY Abstract. Large ensembles of points with Coulomb interactions arise in various settings of condensed matter physics, classical and quantum mechanics, statistical DocID: 1xVYR - View Document
	Lecture 12, Thurs Feb 23: Interpretation of QM (Copenhagen, Dynamical Collapse, MWI, Decoherence) At this point in the course, we’re finally in a position to step back and ask,“What is quantum mechanics telling us ab DocID: 1xTLC - View Document
	Lecture 13, Tues Feb 28: Hidden Variables, Bell’s Inequality In the last lecture, we discussed four different attitudes people take toward quantum mechanics: Copenhagen, “shut up and calculate,” dynamical collapse, DocID: 1xTEA - View Document
	Lecture 2, Thurs Jan 19: Probability Theory and QM Feynman said that everything about quantum mechanics could be encapsulated in the Double Slit Experiment. In the double-slit experiment, you shoot photons one at a ti DocID: 1xThb - View Document
	Computation Quantum Mechanics Quantum computing Topological quantum computation Topological Quantum Computation DocID: 1v2Rv - View Document