Atlantic Quantum’s Post

We are #hiring across a range of positions: circuit design, device theory, measurement, software, and fabrication. Jobs are open in both our Cambridge, MA and Gothenburg, Sweden offices. Come join us, it’s a great time to build fault-tolerant quantum computers. Openings here: https://lnkd.in/eWud-H3f. #quantumcomputing #startup #jobs 

🤝 We are excited to announce our collaboration with Riverlane! Through this partnership, we will integrate Riverlane's quantum error correction software stack with our high-fidelity qubit chips to continue setting the bar for low error rates. 🎯 “Quantum error correction is the only way to enable sustained quantum computation and is foundational to all useful applications,” said our Co-Founder & CEO Bharath Kannan. However, QEC remains a challenge due to the high-fidelity quantum operations required in the correction scheme. 🎯 Atlantic Quantum is building fault-tolerant quantum computers using a superconducting fluxonium qubit architecture. Since spinning out of MIT Prof. Will Oliver’s lab, we have repeatedly set world records for low error rates – a critical milestone for building commercially relevant quantum computers. 💬 Steve Brierley, Riverlane's Founder & CEO, said: “In Atlantic Quantum, we’ve found a partner with the same long-held view as us that we need quantum error correction to achieve fault-tolerance in quantum computing. However, this partnership also recognises that this challenge can’t be solved in isolation, and progress depends on close collaboration between players across the quantum stack. The team at Atlantic Quantum has already done excellent work in building a hardware architecture with such a low error rate, and we’re excited to see how integrating our quantum error correction stack will help advance progress even further.” 📎 Read more about our collaboration in this piece by Linnea Ahlgren (TNW): https://lnkd.in/eA95Egx3 #quantum #quantumcomputing #quantumerrorcorrection #quantumpartnerships

Atlantic Quantum is looking for a software engineering intern who is an advanced undergraduate or a graduate student to help us develop a program for simulating our quantum processors! Experience in Python, authorization to work in the US, and ability to come onsite to our Cambridge, MA office are required. The internship will be full time for 8-12 weeks, and the ideal candidate will be able to start asap! If you or someone you know is interested, you can apply here! https://lnkd.in/gfwcYn3Y #quantumcomputing #startup #internships

We were thrilled to host a vibrant get-together this week at Chalmers University of Technology, bringing together the dynamic Gothenburg quantum computing, nanofabrication, and startup communities. A big thank you to everyone who joined us at Stena Center - House Of Startups and contributed to such a successful evening! #QuantumComputing #Startups #ChalmersUniversity #AtlanticQuantum Jonas Bylander Marika Gugole Amr Osman Kyung Ho Kim Tim Menke

We have received a Phase II STTR award from the U.S. Department of Energy Office of Science for developing scalable control software! This will enable fast tune-up and calibration of our next-generation quantum processors. https://lnkd.in/eCddHXvV

We're excited to have you on board, Chloe! It's been fantastic working with you in your previous role at The Engine over the past 2 years, and we look forward to working together even more closely going forward. #quantumcomputing #deeptechstartups

If you're at #APSmarch, check out the talks by Leon Ding and David Rower on fast gates for fluxonium qubits tomorrow! Y46.00009: Overcoming the Rotating-Wave Approximation in Fluxonium with Circularly Polarized Driving (Parts 1 & 2) Friday, March 8, 2024, 10:00am and 10:12am, room 200AB #superconducting #qubit #quantumcomputing

Atlantic Quantum is at #APSmarch in Minneapolis! Find us if you'd like to chat about fluxonium qubits, error correction, or working with us. Also check out the talk by our Head of Measurement Leon Ding: Y46.00009: Overcoming the Rotating-Wave Approximation in Fluxonium with Circularly Polarized Driving (Part 1) Friday, March 8, 2024, 10:00am, room 200AB #superconducting #qubit #quantumcomputing