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🌍✨ Recently, platforms such as photonic quantum computing have received substantial backing, further pushing the boundaries of this technology. For instance, PsiQuantum has secured an impressive $940 million AUD ($620 million USD) to install a 1-million-qubit machine in Australia by 2027. Although the exact number of logical qubits that will result from these 1 million physical qubits has not been disclosed, it is anticipated to be in the several thousands. This would surpass any existing roadmap from current vendors, making it a groundbreaking development in the field. In the US, particularly around Chicago, there’s a $20 billion investment aimed at establishing Illinois as a quantum computing hub, with PsiQuantum also at the forefront of this industrial-scale project. This ambitious endeavor is expected to catalyze significant technological and economic growth in the area. Europe is not far behind. France, in particular, is asserting its leadership in AI and quantum computing in continental Europe. The country has announced seven major investments to bolster its infrastructure and support its growing ecosystem. From Accenture’s AI centers to Amazon’s substantial investments in cloud infrastructure, and IQM Quantum Computers’ new production unit, France is rapidly becoming a powerhouse in the field. If you want to read more about these topics, head over to: https://buff.ly/3wHTTKa https://buff.ly/4dIsDvH https://buff.ly/3V4OZA8.

D-Wave made a significant step in its offering to support realworld use cases for quantum computing in optimization scenarios. “The Advantage2 prototype, announced earlier this year, features over 1,200 qubits and more than 10,000 couplers, doubling the number of qubits and couplers compared to the previously released Advantage2 prototype. Benchmarks have shown substantial advancements across several performance metrics, […]” “The previously released Advantage2 experimental prototype has been heavily utilized by customers, solving over three million problems since its availability in 2022. This high usage rate indicates a strong demand for D-Wave’s evolving technology. Ed Heinbockel, president and CEO of SavantX, emphasized the importance of quality in the new Advantage2 prototype. He noted that the significant increase in qubit quality expands the ability to apply D-Wave technology to more complex optimization challenges. This development opens up many new AI applications, accelerating deployment timelines significantly.” #quantumcomputing #optimization #dwave Source: https://lnkd.in/e84nukNS

Infleqtion, a leading quantum information company, unveiled its 5-year quantum computing roadmap and highlighted new partnerships and customer wins. Central to the roadmap is Sqorpius, the next phase of its quantum computing program. Quantum technology is recognized for its potential to transform various industries. Infleqtion's CEO, Scott Faris, emphasized 2024 as an inflection point for quantum technologies, with an increasing number of near-term opportunities for deploying quantum solutions. Sqorpius aims to develop error-corrected logical qubits for commercial applications, with significant milestones achieved in gate fidelity and qubit array scaling. Commercialization is getting closer.

D-Wave Quantum Inc. announced the calibration of their 1,200+ qubit Advantage2 prototype, a significant advancement in quantum computing. This new prototype, featuring a lower-noise fabrication stack, will be available via the company’s Leap real-time quantum cloud service. It demonstrates substantial improvements over the previous model, with double the qubit and coupler count, increased qubit connectivity and energy scale, and doubled qubit coherence time. The Advantage2 prototype is notably 20 times faster at solving complex optimization problems and shows improved performance in various quantum computing tasks. This development represents a major leap in D-Wave’s quantum computing capabilities, paving the way for more advanced and efficient solutions in fields like machine learning. #QuantumComputing #DWaveAdvantage #QubitRevolution #QuantumLeap #TechInnovation

There are major differences between quantum computing and a Quantum Ecosystem (cSnc) and it all comes down to 2 major factors: the capabilities for an effective digital transformation process and the security prioritization designed specifically for end user, their devices and/or infrastructure. Quantum Computing operating as standalone, is a "function within" the ecosystem and demonstrates its computational power in a more isolated or localized cloud environment, whereby the Quantum Ecosystem demonstrates this very function of computation for analytical power throughout the whole system for network and communication. Our emerging technology is designed as a quantum ecosystem and the science that drives it, non-technically speaking, is fascinating. #QualumSTechnologies #QualStech

D-Wave Quantum reported its Q2 2024 earnings, highlighting steady progress in both financial and operational areas, according to the company’s earnings call with analysts. The company continues to position itself as a leader in the quantum computing space, particularly in the commercial application of annealing quantum computers. +D-Wave reported a 28% year-over-year revenue increase in Q2 2024, driven by growing adoption of its quantum computing solutions. +The company’s backlog grew by 64%, providing strong visibility into future earnings and revenue streams. +D-Wave’s strategic partnerships (#Kyndryl) and expanding customer base, including major government and Forbes Global 2000 clients, underscore its leadership in the quantum computing market. #D-Wave #Kyndryl

In a recent interview with IoT World Today at #Q2B2023 Silicon Valley, SHINTARO SATO, Fellow and Head of Quantum Laboratory at Fujitsu Research, shared valuable insights into Fujitsu's quantum computing journey. Over the past year, Fujitsu has made significant strides including the launch of a quantum-classical hybrid platform, collaboration with Osaka University on quantum error correction, and partnering with Delft University of Technology to explore diamond-spin qubit technology. Fujitsu's strategic shift to quantum computing comes as a response to the diminishing returns of traditional high-performance computing (#HPC) due to the impending end of Moore's Law. The latest platform seamlessly integrates HPC and a quantum simulator, facilitating user access to powerful quantum technology. Emphasizing software's pivotal role in driving quantum advancements without hardware limitations, SHINTARO SATO acknowledged the future may call for multiple technologies. Fujitsu works closely with RIKEN on superconducting qubits and Delft University of Technology on diamond spin qubits, ensuring versatility and readiness for technological breakthroughs. Addressing quantum computing challenges like error susceptibility and prolonged calculations, Fujitsu's unique approach combines research on various qubit types. With an ambitious roadmap set for 2024, Fujitsu envisions a 256 superconducting qubit quantum computer and continued hybrid algorithm development. Fujitsu is committed to discovering groundbreaking applications for noisy, intermediate-scale quantum (NISQ) technology and solidifying its position as a quantum computing pioneer. To learn more about the progress, check out the detailed interview here: https://lnkd.in/dbDMu2ji #quantumcomputing #QuantumClassicalHybridPlatform #quantumerrorcorrection #diamondspinqubit #superconductingqubit

Infleqtion recently unveiled its 5-year #quantumcomputing roadmap, featuring Sqorpius as a key development in advancing quantum computing for commercial use. The company highlighted significant progress, including the creation of the world's largest #qubit array with 1600 qubits, and aims to develop a quantum computer with 100 logical qubits for applications in various sectors. Key initiatives include a quantum computing testbed for the #UK's NQCC, leading the #quantum thrust in Europe's largest #cyberdefense exercise, and launching the qLDPC software library for improved quantum error correction codes. Infleqtion also announced a partnership with Texas A&M University to further quantum technology development and has been selected for Japan’s #Quantum #Moonshot program, launched Oqtant, and acquired silicon #photonics companies. Additionally, #Infleqtion is focusing on commercial applications of its optical atomic clock platform, Tiqker, for precision timekeeping across multiple sectors. These efforts underscore Infleqtion's role in pushing quantum technology towards commercial viability and widespread application. https://lnkd.in/dWR8kWnC

🔗 Nu Quantum has developed a Qubit-Photon Interface prototype that enables modular, distributed quantum computers to connect through a quantum network. The QPI facilitates efficient quantum information transfer between qubits and light, addressing a key challenge in scaling quantum computers to data center sizes. The first QPI has been successfully integrated into Infleqtion’s trapped atom vacuum system and tested, with plans to improve networking speed and photon emission efficiency. https://lnkd.in/eaJXG7Ww #NuQuantum #ModularQuantumComputing #QuantumComputing #PhotonEntanglement

🚀 Exciting news! T-Systems is embarking on a quantum journey with European market leader AQT, bringing cutting-edge ion trap-based quantum computers to our customers. 🔬 This strategic partnership not only empowers T-Systems Quantum Cloud users but also contributes to Europe's sovereignty in the world of quantum computing. 🌍 Are you ready for what the future holds? Let's dive right into it! Quantum computing has long been a topic of fascination and intrigue, promising unprecedented computational power and revolutionizing industries across the board. However, one major hurdle has always stood in the way: accessibility. 🛑 Fortunately, T-Systems has recognized this challenge and is taking concrete steps towards providing a solution. By partnering with AQT, we are enabling our customers to access state-of-the-art ion trap-based quantum computers like never before. 💡 The possibilities that arise from this collaboration are truly mind-boggling. Imagine being able to solve complex optimization problems in seconds instead of days, or simulating molecules and materials with unparalleled accuracy. With T-Systems Quantum Cloud, you can harness the full potential of quantum computing without having to worry about infrastructure or expertise. But it doesn't stop there! Our partnership with AQT goes beyond just customer empowerment; it also strengthens Europe's position as a key player in the quantum race. 🇪🇺 By supporting homegrown innovation and nurturing local talent, we are contributing to Europe's sovereignty in this critical field. So here's my call to action: embrace the future! Join us in this quantum journey and be at the forefront of innovation. 🤝 Together, we can unlock new frontiers, solve global challenges, and shape a better tomorrow. ✨ #TSystems #QuantumComputing #Innovation #Cloud ✨ Let's make quantum computing accessible, empower our users, and contribute to Europe's quantum sovereignty. The future is here – are you ready to seize it? 💪🌌 https://lnkd.in/e4mdamzF