Swabian Instruments’ Post

A giant leap forward for EU countries to come together with the aim to create the ‘Quantum Valley’ of the world. The advancement of quantum computing will bring new applications and opportunities that will certainly improve the quality of life for all of us, but the threat of the tech being used for nefarious acts is just as real. We should welcome the continuing developments in the field while making preparations for the post-quantum world. #quantumcomputing #postquantum #EU https://lnkd.in/gBbFkSgW

It's time to explore the future of the internet, specifically Quantum Computing and its impact on the internet. Welcome Web 5.0. #Vogon #spectralcapital #quantumcomputing

Breaking news: 🚀 Quantum Machines and Rigetti Computing Announce Successful AI-Powered Calibration of a Quantum Computer! 🌟 By using AI for automated calibration we're entering a new era of quantum computing. It helps address the bottlenecks of manual calibration so that we can meet the growing demands of larger, more complex quantum processors. Dr. Yonatan Cohen, co-founder and CTO of Quantum Machines, explains the challenge with manual calibration: “As we move toward systems with thousands of qubits the challenge becomes exponentially more difficult. The traditional approach of manual calibration by quantum physicists simply won't scale with our ambitions for larger quantum computers.” This collaboration was part of the “AI for Quantum Calibration Challenge” hosted at the Israeli Quantum Computing Center. Two companies, Quantum Elements Inc. and Qruise participated in the challenge, using AI-driven solutions to calibrate a 9-qubit Rigetti Novera™ QPU. The system was integrated with Quantum Machines’ OPX1000 control platform. You can read more about this quantum leap for quantum computing here: https://hubs.la/Q02_Zs7w0

Automated Distribution of Polarization-Entangled Photons Using Deployed New York City Fibers The distribution of high-fidelity high-rate entanglement over telecommunication infrastructure is one of the main paths toward large-scale quantum networks, enabling applications such as quantum encryption and network protection, blind quantum computing, distributed quantum computing, and distributed quantum sensing. However, the fragile nature of entangled photons operating in real-world fiber infrastructure has historically limited continuous operation of such networks. The researchers present a fully automated system capable of distributing polarization-entangled photons over a 34-km deployed fiber in New York City, achieving high rates of nearly 5×105 pairs/s. Separately, they demonstrate a high fidelity of approximately 99% for rates up to 2×104 pairs/s. Lastly, they achieve 15 days of continuous distribution, with a network up-time of 99.84%. Our work paves the way for practical deployment of always-on entanglement-based networks with rates and fidelity adequate for many current and future use cases. https://lnkd.in/e_Q5RYCQ

How, when, and where should agencies use quantum capabilities to advance their missions? Read how GDIT helped a major intelligence agency set the foundation for new quantum capabilities and ensured they were well positioned to thrive into a new world of quantum computing: https://lnkd.in/emqbP4MA

What am I most looking forward to with quantum computing? Thanks, Jack Krupansky, for asking. https://lnkd.in/gbFhZ2qm #quantumcomputing #quantumsensing #quantumsensors #quantumcommunication #quantumnetwork #quantumnetworks #legendofzelda

This article provides great insights into how Quantinuum plans to transition from the lengthy discovery stage of the past decade to an acceleration stage, during which quantum computing will become a key ingredient of the next business cycle. https://lnkd.in/gznnMP2u #SerendipityCapitalportfolio #infrontoftomorrow #quantumcomputing

AIST and IQM Quantum Computers signed an MOU to collaborate on the industrialization of quantum technology in Japan, focusing on quantum hardware development, algorithm optimization, error mitigation, and machine learning. 👏🏻 The #partnership was announced at the Finland–Japan roundtable, emphasizing alignment with Japan’s 10-year quantum plan and the promotion of hybrid #computing environments through G-QuAT’s resources. IST’s research expertise and IQM’s full-stack quantum computing capabilities will drive advancements in #quantum processors, scalability, and practical applications across industries. https://lnkd.in/ebYvxMxP

Unveiling the Quantum Computing Industry’s largest ever GHZ state created with Logical Qubits and smashing all existing records along the way — and setting new highs with 5️⃣0️⃣ entangled Logical Qubits!   Join Quantinuum’s Plenary Session today at 10:00 AM PT where Dr. David Hayes, Director of Computational Theory and Design at Quantinuum and our Quantum Error Correcting team lead will unveil details of the 50 qubit GHZ state created with logical qubits — smashing through all previous records and setting yet another high bar for the quantum ecosystem.   There’s a strong industry consensus on the importance of fault-tolerant quantum computers, yet demonstrations of these capabilities are still rare – and we at Quantinuum lead the way with high benchmarks in all the metrics that count.   In his presentation, Dr. Hayes will outline three high-level requirements for developing industry-scale quantum computation: (1) high-performance hardware, (2) robust software, and (3) co-development with partners to optimize hardware and error correction for specific applications. Don’t miss this opportunity to hear about Quantinuum’s impressive demonstrations of cutting-edge hardware and software, signaling that we are ready to kickstart application designs! We are accelerating progress for the whole quantum sector and look forward to 2025 where we will extend our lead further.   For further details: https://lnkd.in/eQaGUVr8

Do a quick read of this HPCwire article for a few insights on when your organizations should start planning for quantum computing. Here is my short summary: 1. Quantinuum CEO Rajeeb Hazra is signaling to the marketplace that we are entering the 3-5 year planning cycle for commercial application of quantum computing. 2. Quantinuum is beginning to accelerate their plans as their approach is proving to be commercially viable and specifics about their roadmap will be discussed at the upcoming conference. 3. High Performance Computing, Generative AI and Quantum Computing will start to experience integration and interoperability as the systems are scaled beyond research to production activities.