<--- Back to Details
First PageDocument Content
Quantum mechanics / Physics / Quantum information science / Theoretical computer science / Quantum entanglement / Density matrix / Quantum superposition / Matrix / Quantum state / Hermitian matrix / Qubit / Bell state
Date: 2018-10-17 18:15:09
Quantum mechanics
Physics
Quantum information science
Theoretical computer science
Quantum entanglement
Density matrix
Quantum superposition
Matrix
Quantum state
Hermitian matrix
Qubit
Bell state

Lecture 6, Thurs Feb 2: Mixed States So far we’ve only talked about ​pure states​ (i.e., isolated quantum systems), but you can also have quantum superposition layered together with regular, old probabilistic uncer

Add to Reading List

Source URL: www.scottaaronson.com

Download Document from Source Website

File Size: 662,30 KB

Share Document on Facebook

Similar Documents

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

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

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,

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

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

Computation Quantum Mechanics Quantum computing Topological quantum computation Topological Quantum Computation

DocID: 1v2Rv - View Document