Jan Ole Ernst

1,180 qubits and counting! Today, we became the first company developing universal, gate-based #quantum computers to exceed the 1,000-qubit threshold.  Learn more about this accomplishment and our quest to build a fault-tolerant #quantumcomputer. atom-computing.com/quantum-startu…

Oxford for the win! 🚀🏆 What a weekend! 2nd overall at Ethereum London and lots of bounty winners across #TeamOBS including Jessica Pointing DR ADAKU Jan Ole Ernst Yash Goyal, Arbion, Daniel, ChristyAna 🎊 More content soon! Thank youuu Encode Club ✨ #EthLondon23 #OxfordBlockchain

My recent talk (at a philosophy workshop, organized by The Philosophy of Contemporary and Future Science) about AI-discovery in physics is online: youtube.com/watch?v=aQbH5S… I explain one long multi-year story... ▶️ in 2016 our AI algorithm discovered a new highly unusual technique in quantum optics (leading to a PRL paper

Ahhhhhhh i ammm learning. Working on RL for quantum control with Tim Franzmeyer @Neurips 👀. Lets go

Dorian Gangloff began the next session on operation of nuclear spin registers. We next will be hearing from Yiwen Chu on interactions in quantum acoustodynamics, Lucien Besombes on magnetic atoms in a quantum dot and finally Jan Ole Ernst of generation of photonic resource states

Epic location for a conference! Reminiscing about a fun week talking about atoms, photons and quantum control.

🔥Hot off the press🔥 new preprint with Riverlane where we show that we can significantly reduce the electronic control resources required for quantum computers without increasing error rates. Glad to see my internship project finally complete! arxiv.org/abs/2408.08283

me, trying to program on a flight with no wifi, forgot what its like to have no tab 🥵

Today, the team at Normal Computing announces that we have achieved first silicon for CN101: the world’s first thermodynamic computing chip. CN101 accelerates AI inference, large-scale linear algebra, and stochastic sampling for diffusion models, marking a key step toward up to