Qudits are high-dimensional generalizations of qubits and exhibit a really interesting inductive bias for certain multi-class classification problems. Check out our work that came out today: scirate.com/arxiv/2302.139… Congrats to Noah for his first paper!

A quick sneak peak of our poster at #dpg #samop23 #samop

Totally awesome poster session today at #dpg #samop, thanks for all the people stopping by with great questions. #samop23

Very excited to talk about #Quantum #MachineLearning and #Qudits ⚛️🚀 See you on Tuesday!

Come by at 5:30 CEST to listen to my talk about #qudits and #quantum #MachineLearning organized by Quantum Research Seminars Toronto QRST! You can get the zoom link by signing up using the link below: eventbrite.ca/e/qrst-march-2…

10K FOLLOWER GIVEAWAY 🎉🎈🎁 To celebrate 10K followers on Twitter, we're giving away 3x Raspberry Pi Foundation tote bags containing Raspberry Pi branded goodies 😍 Winners will be randomly selected on Friday, 19 May 2023. To enter: Follow us, like & RT this tweet. Good luck!

My quick tutorial on making optical setups using my components pack is now up! 🔬 youtube.com/watch?v=cweOh2… The audio quality is terrible, so many apologies in advance... 😭 Hope people still find it useful though! #b3d #scientificillustration #science

A new classical simulation kid is on the block 👲And we are benchmarking it against everyone's favorite example. Via classical surrogate simulation of 127-qubit systems, we can evaluate new circuit angles in fractions of a second on a laptop. scirate.com/arxiv/2308.091… 🧵1/7

Super happy that our paper is now published in the Quantum Machine Intelligence Journal Springer Quantum Machine Intelligence Have a look here: link.springer.com/article/10.100… Many thanks to Manuel Rudolph, @fretchen86 and Sebastian!

🎄 VERLOSUNG 🎄 Weihnachtszeit ist Lesezeit. Für ausreichend Lesestoff über die freien Tage verlose ich dieses Buchpaket. Teilnahme: 1. Like, 2. Retweet 🤞

First try at making #sciart with #blender #b3d Monte Carlo samples from hydrogen like atomic orbitals. A photon driving a transition from a 2S state to a 2P state and after some time another photon is emitted to bring the state back to 2S. Some more is hopefully coming soon…

Happy to report on a new work that is (finally) out: We demonstrate that area laws are not restricted to quantum entropies but can also be observed in differential entropies of phase-space distributions! We showcase this exemplarily for a spin-1 BEC: arxiv.org/abs/2404.12321