Open Quantum Systems Group
@ Cooper

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Entanglement preservation due to correlation of local noise environments

The Open Quantum Systems Group at the Cooper Union theoretically models the entanglement dynamics of fundamental qubit systems in the presence of noisy environmental conditions, where it normally decays very quickly and is difficult to control. We explore which noise conditions can potentially help slow the decay of entanglement and in some ideal cases even preserve it.

Principal Investigator

Dr. Brittany Corn-Agostini
Assistant Professor of Physics
Albert Nerken School of Engineering
The Cooper Union for the Advancement of Science & Art

brittany.corn@cooper.edu

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Open Quantum Systems Group @ Cooper

Open Quantum Systems Group
@ Cooper