If you wanna do some simulations of processes where you're heralding non-gaussian states from gaussian states + photon detectors but you want to include realistic errors like loss and distinguishability, you should check out our paper!
* Simulating lossy and partially distinguishable quantum optical circuits: theory, algorithms and applications to experiment validation and state preparation arxiv.org/abs/2412.17742 in collaboration with @BosonBulmer and co-led by our own Javier Martínez-Cifuentes @polymtl
"No condono la astrología. Divulgarla en los medios de comunicación debería ser tan escandaloso como repartir cigarrillos en los colegios".
Una lectura para cerrar la primera semana del 2025.
Para Navidad y Año Nuevo @elespectador nos propuso el complejo ejercicio de hablar positivamente sobre personas que estén en una orilla ideológica distinta.
El resultado es "Mi amigo, el astrólogo" hoy @EEopinionelespectador.com/opinion/col…
Driving is a privilege, not a right. It should be harder to get/keep your license, and if you have multiple DUIs and/or at-fault accidents, you should lose your license permanently - no matter what age you are.
* Ultrashort-pulse-pumped, single-mode type-0 squeezers in lithium niobate nanophotonics arxiv.org/abs/2412.17708 in collaboration with @Quantum_137 and led by our own Martin Houde @polymtl !
* Simulating lossy and partially distinguishable quantum optical circuits: theory, algorithms and applications to experiment validation and state preparation arxiv.org/abs/2412.17742 in collaboration with @BosonBulmer and co-led by our own Javier Martínez-Cifuentes @polymtl
Nicolas (github.com/NDalbec) presented the results of his mémoire de maîtrise, on Accurate unsupervised photon counting from transition edge sensor signals!
The results he obtained are reported on this preprint arxiv.org/abs/2411.05737 .
This was a wonderful opportunity to collaborate with colleagues from @NIST in Maryland and @NRC_CNRC in Ottawa!
Many congrats to Nicolas for his excellent work!
My deep dive on @PsiQuantum — a quantum computing company aiming high & raising huge sums from public and private funders. Can they deliver? nature.com/articles/d41586-0…
Exciting news! The call for abstracts for the @Quantum_Days 2025 poster session is open! Showcase your groundbreaking research at the @UofT, connect with peers, and elevate your profile. Student competition included! ⌛️Submit by Jan 6, 2025 🔗2025.quantumdays.ca/en/poste…
Check out our latest paper on a topic at the intersection of quantum optics and non-Hermitian physics. It is co-first-authored by Polina Blinova, an undergraduate student from Cornell who worked in my research group for two summers, and Evgeny Moiseev, a postdoc in my group.
Supercontinuum's highly sensitive to input's parameters. Machine learning trained on Wigner distros of the input can achieve convergence speedups. Results: 12 fs pulses, full control of dispersive wave, and high-order solutions. 💪Check out aXiv arxiv.org/abs/2411.14410@femtoQ
Happy to welcome Vincent Larivière, the UNESCO chair for open science, to Montreal Polytechnique @polymtl this Thursday for a talk about academic publishing.
Join us!
polymtl.ca/biblio/en/actuali…
The panel discussion on the “future of quantum computing” at #qtml2024 features @quantum_aram, @andrewmchilds, Scott Aaronson, and Ed Farhi delivers a number of highly insightful points. To date, it is not so clear what #quantumcomputing can deliver for the the unstructured problems in common in #machinelearning.
Hello, #quantum! I'm recruiting new PhD students this year to work with me in quantum complexity theory. I encourage you to apply. Come be part of the strong theory group here @ucsd_cse!
Application deadline is Dec 18th -- details: cse.ucsd.edu/graduate/admiss…