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Say hello to OpenQuantum! 👋 Our journey begins today in the realm of #opensource quantum computing, where we're committed to fuelling innovation and empowering the open-source & quantum communities. Let's redefine what's possible together!
#QuantumComputing
OpenQuantum® retweeted
👏 Exciting news! The #OpenQuantumInstitute launches its pilot phase on 5 March. Hosted at @CERN, born at @GESDAglobal, supported by @UBS, the #OQI is a multi-stakeholder, #sciencediplomacy initiative working to unleash the full power of #quantumcomputing for all.
🔔 Stay tuned!
OpenQuantum® retweeted
Building 100 logical qubits with a 10^-8 error rate only requires 1,500 physical qubits. 😏
This, if you use LDPC code + Cat Qubits. 🐱
Let Paul Magnard, Senior Physicist, guide you through the ins and outs of our latest paper in this blog post!
⬇️bit.ly/3UdOZxF
OpenQuantum® retweeted
Our work, led by @riddhisw, was just published in Nature
nature.com/articles/s41586-0…
Thanks to my co-authors for all their hard work.
3 year roadmap to 100 logical qubits 🚀
We're delighted to announce our three-year quantum computing roadmap, culminating in a neutral-atom computer with 100 logical error-corrected qubits. Read the full release at: ow.ly/TWeE50Qp16U
Thank you, @QueraComputing, for a very exciting webinar! Bring on the Era of Logical Qubits!
OpenQuantum® retweeted
Introducing Helium 1! 🚀
Our latest cat-qubit quantum processor is here, marking a pivotal moment in our journey toward fault-tolerant quantum computing.
Achieving a 'Six-nines' logical qubit isn't a cakewalk, but we're on it - read more about it here: bit.ly/3TyJF83
Free access to the 48 logical(!) qubit processor @nature paper. Thank you @AndreasAtETH !
For all those of you who have a hard time accessing the new paper on #quantum error correction from @QueraComputing and @Harvard entitled Logical quantum processor based on reconfigurable atom arrays in @Nature please use the link below for free-to-read access to the pdf.
free-to-read pdf: rdcu.be/dsXAo
web: nature.com/articles/s41586-0…
OpenQuantum® retweeted
For all those of you who have a hard time accessing the new paper on #quantum error correction from @QueraComputing and @Harvard entitled Logical quantum processor based on reconfigurable atom arrays in @Nature please use the link below for free-to-read access to the pdf.
free-to-read pdf: rdcu.be/dsXAo
web: nature.com/articles/s41586-0…
IBM's biggest chip yet - Condor - with 1,121 superconducting qubits! 👀
IBM has unveiled the first quantum computer with more than 1,000 qubits — the equivalent of the digital bits in an ordinary computer go.nature.com/46NQEwG
Cloud-accessible quantum matter! 🤯 #Oqtant, the amazing new service from @infleqtion
We are thrilled to share that @Infleqtion has officially launched #Oqtant, the world's first quantum innovation platform as a service that provides groundbreaking access to quantum matter for researchers, innovators, and students working on next-generation quantum applications. #Oqtant will be used to build more powerful and versatile solutions for new and better sensors, atomtronic circuits, and signal processing, providing the next leap in technology innovation.
Here's why #Oqtant is set to revolutionize quantum research and education:
🎓 Who is Oqtant For?
- Research and Educational Communities
- Quantum Sensor Design and Development
- Next-Gen Quantum Workforce Upskilling
🌐 What Does Oqtant Do?
- Create Bose-Einstein condensates (BEC) programmatically
- Explore Quantum Phenomena: interference, tunneling, superfluidity, and more
- Dive into Cutting-Edge Topics: atomtronics, quantum signal processing, and complex system emulation
💡 Why is Oqtant Important?
- Advances scientific research
- Simplifies Experimental Study of Quantum Effects
- Eliminates Lab Setup Hassles
- Accelerates Quantum Innovation
🌈 Benefits of Using Oqtant:
- Easy Control Over BEC Formation and Evolution
- Solves Time-to-Value/Publication and Cost Issues
- Broadens Access to Quantum Phenomena
- Accelerates Quantum Innovation and Discovery
🚀 How Can You Use Oqtant?
- Available to Everyone
- Up to 10 Free Job Submissions per Day
- Additional Jobs for Purchase
- User-Friendly Web Application and Powerful Python API
- Educational Materials and Tutorials Available
Get ready to unlock the mysteries of quantum phenomena with Oqtant! 🔍✨
#OqtantLaunch #QuantumMatter #Infleqtion
oqtant.infleqtion.com/
Do you want to control and tune-up your quantum processor? Check out @AtlanticQuantum new #opensource toolkit!
atlantic-quantum.com/news/at…
OpenQuantum® retweeted
Atlantic Quantum are releasing an open-source software framework for supporting control and tune-up of quantum processors!
Interested in controlling your own qubits? Check out the project at our GitHub page!
The work was supported by the U.S. Department of Energy
OpenQuantum® retweeted
📊 The 2nd annual Quantum Open Source Survey results are here!
A huge thank you to all the outstanding community members who provided feedback, guidance, and thoughtful responses to the survey.
📝 Blog: buff.ly/3uLlvgc
📞 Results discussion: buff.ly/3R7xEDJ
OpenQuantum® retweeted
We have decided to open source "switchboard", the powerful low latency communication library at the core of our emulation platform. It may look easy, but it's not.
github.com/zeroasiccorp/swit…
zeroasic.com/blog/switchboar…
OpenQuantum® retweeted
Still time until Sunday to submit a cfp for @openuk_uk #soocon24. It’s a great opportunity for folks passionate about open source! sessionize.com/state-of-open…
OpenQuantum® retweeted
❓What's it *really* like to build #quantumcomputers?
🤝@earltcampbell from @RiverLane_io and Mark Saffman from @infleqtion spoke to @EE_Web about building the QEC stack and #qubits - and why such partnerships are 🔑
👀eeweb.com/why-qubits-need-qu…
The new QICK paper has dropped 🔥🎯
Now capable of:
"multiplexed signal generation and readout, mixer-free readout, pre-distorted fast flux pulses, and phase-coherent pulses for parametric operations, including high-fidelity parametric entangling gates."
arxiv.org/abs/2311.17171