Speaker
Gurpahul Singh
Description
Violations of Bell’s inequality have been studied for spin-1/2 systems in much detail. Turns out that one can show Bell violation for systems that are expressed in terms of continuous variables such as position and momentum. The most ubiquitous examples of such systems are Gaussian states, notably the two-mode squeezed vacuum state. I will talk about how one can quantify violations of local realism in such states. I will also discuss the dependence of Bell violation on temperature as well as the result that entanglement is not a monotonic function of Bell's inequality.
| Keywords | Bell's inequality, Entanglement, Quantum measurement, Gaussian quantum mechanics. |
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| Submitter's Email Address | [email protected] |
| Recording Permission | YES |
| Virtual Audience Permission | YES |
| Photography Permission | YES |
Primary author
Gurpahul Singh
Co-authors
Eduardo Martin-Martinez
Kelly Wurtz
(University of Waterloo)
