Making rigorous photon-number cutoff for optical detection setups
Location: RAC 2009
Non-Abelian transport distinguishes three usually equivalent notions of entropy production
Location: QNC 1201
Development and Electronic Characterization of Graphene-Based Hall Effect Devices
Location: C2-361
Quantum Polynomial Hierarchies
Location: QNC 1201
Simulating the Anisotropic XY-model on a Trapped Ion Quantum Simulator
Location: QNC 1201
Efficient Circuit-Based Quantum State Tomography via Sparse Entry Optimization
Location: QNC 1201 and Online on Zoom
Quantum sensing of light with sub-wavelength resolution
Nonclassicality of Propagating States from 3-Photon Interactions in a Parametric Cavity
Quantum Error Characterization and Benchmarking
QNC building, 200 University Ave. Room 1201, Waterloo
In this talk I will present the basics of quantum metrology and quantum sensing in noisy environments. I will go over important results of the field that show quantum error correction can be used to obtain optimal sensing protocols when certain conditions on the noise are met. I will then briefly discuss my current research in generalizing these results to the non-Markovian case.