Quantum Computing and Quantum Information Scientists: We have an open postdoctoral position focusing on fault-tolerant quantum computing on near-term quantum hardware. Please see: lanl.jobs/search/jobdetails/…
#quantumcomputing, #quantum
It was great working with @MansRefiQ, Arsalan Adil, @hartmannquantum, and @qZoeHolmes on this project!
Check out our new pre-print on Tensor Product Decompositions of Quantum Circuits! We study how to split off 🪓 effective actions on small subsystems.
arxiv.org/abs/2402.05018
Thanks for this nice collaboration
𝐀𝐫𝐬𝐚𝐥𝐚𝐧 𝐀𝐝𝐢𝐥, @qZoeHolmes @sornborg, @hartmannquantum !
Andrew Sornborger retweeted
3) so exciting to see @MelikaPayvand @maththrills @jensegholm @BrainScaleS @neworderofjamie @SRSchmidgall @jasoneshraghian @s_musuvathy @cdschuman @sornborg and many others whose handles I can't recall now IN PERSON! Yay!
4) special kudos to @bradtheilman for his Best Paper!
Andrew Sornborger retweeted
Happy #InternationalWomensDay! One of our main goals is to increase the number of women in #quantum. So we’re proud to announce the INSPIRE Quantum Master’s Awards @epfl for female master’s students, offering support of CHF8000!
Learn more & apply!
epfl.ch/research/domains/qua…
Andrew Sornborger retweeted
🚨Applications are still open for the 2023 Quantum Computing Summer School at LANL. Apply here: lnkd.in/gYTmkabM 🚨
Deadline for the applications is January 22nd. More information, including highlights from past schools can be found at lnkd.in/gkx_29Dn
This is a great opportunity!
Applications are now open for the 2023 Los Alamos Quantum Computing Summer School! Our school focuses on theory, applications, and programming of quantum computers. Apply here: smr.to/p85950
Here is some recent work with @shurioque & @diegochav3z on neuromorphic algorithms for two’s complement binary encoding. For high-resolution numerical encoding, our methods give logarithmic improvements relative to firing rates.
@shurioque @sornborg & @diegochav3z (@LosAlamosNatLab, @nmsu, @NMSU_engineer) construct a neuromorphic, binary matrix multiplication algorithm that may be used as a primitive for linear differential equation integration, deep networks, and more. Read it at iopscience.iop.org/article/1…
Andrew Sornborger retweeted
Myself, @AcademiBall @AlizaSi61960382 @markwilde @sornborg @ColesQuantum @qZoeHolmes have developed a new NISQ friendly algorithm to compile a potentially unknown quantum state into a parameterized quantum circuit.
arXiv: arxiv.org/abs/2209.00528 [1/9]
Bon voyage, @qZoeHolmes! Best of luck at EPFL!
Andrew Sornborger retweeted
#CQuIC was excited to host the Quantum Algorithms Workshop, co-organized by @QuantumSciCtr and @sqmscenter, led by @sornborg. CQuIC serves as @NSF Quantum Theory Hub. To propose hot topics workshops please visit cquic.unm.edu/events/worksho…
CQuIC and LANL QSC launch inaugural Quantum Algorithms Workshop at UNM to inspire advancements in quantum computing and foster collaboration.
Read more: asresearch.unm.edu/news-noti…
@ihdeutsch @LosAlamosNatLab @unmnewsroom
@quantumscictr
Robert Huang (@RobertHuangHY, @Caltech) giving the Banquet Talk at the @QuantumSciCtr - @sqmscenter Quantum Algorithms Workshop at CQuIC @UNM. Fantastic insight into the power of quantum machine learning.
Andrew Sornborger retweeted
Here goes my first #QML paper tweet in 2022: "Out-of-distribution generalization for learning quantum dynamics" (arxiv.org/abs/2204.10268)!
Andrew Sornborger retweeted
What is #quantum entanglement? How does it work? Find out via @LosAlamosNatLab! #WorldQuantumDay bit.ly/3jAMkuJ
Entanglement is not spooky “action” at a distance. It’s just quantum weirdness (: w/ @ColesQuantum
For the past two decades, popular science media has promoted the idea that quantum entanglement is spooky action at a distance. This misleads the public in several ways, which we discuss in our article below. 👇
Written with @sornborg and Charles Poling.
realclearscience.com/article…
Andrew Sornborger retweeted
A crucial part of the mission of the NNSA laboratories is competence in finding solutions for partial differential equations, like those that govern fluid dynamics.
