Following up from the March post, April 2018 in quantum optics was just as exciting: from integrated photonics for random number generation and for continuous variable quantum information, to new witnesses of multi-photon indistinguishability and of entanglement, and the release of an open-source photonics front-end/simulator. Here are my reading notes.
New research on quantum has exploded in the last decade. The number of articles in quantum optics and photonics seems to have gone up hand in hand. These public-facing reading notes are my attempt to tame the flood of new research in the field and to keep myself up to date:
Our paper “Proposal for Quantum Simulation via All-Optically-Generated Tensor Network States” is now published in PRL. (Phys. Rev. Lett. 120, 130501 | arXiv:1710.06103). This paper combines ideas from my two main research interests: quantum optics and tensor networks. Here is an accessible (to a quantum optics audience) summary of the paper:
Hello everyone and welcome to my blog! I am blogging about my research interests, such as quantum optics and tensor networks, hoping to reach out to others with related interests. There might be occasional blurbs about how to solve it in python. I am excited to see where this blog goes!