QuEra Computing Inc.

#sc24 was a great opportunity to meet customers, partners and friends. At first glance, one might not expect companies like Valvoline and Shell to exhibit at the show. However, given the pressing issue of cooling supercomputers, one prominent theme on the show floor was submerged supercomputers. By using dielectric liquid, high-wattage GPUs can be cooled effectively. Thus, companies that might be associated with lubricating and cooling engines found relevance at Supercomputing. Fortunately, quantum computers don't have this problem. For instance, our 256-qubit Aquila quantum computer consumes less than 10 kW.

There is still room to join "QuEra's World Tour: UK", webinar the next step of our virtual world tour (register here https://hubs.ly/Q02Zjj060). Join experts from Phasecraft, Riverlane, University of Nottingham and QuEra Computing Inc. to discuss quantum computing innovations and collaborations in the #UK.

#ThisDayInQuantumHistory We celebrate Stanford Ovshinsky! Join us in commemorating the innovator who advanced amorphous semiconductors and contributed to the development of quantum computing technologies. Ovshinsky’s work has paved the way for numerous technological breakthroughs. #QuantumComputing #QuEra Photo by: Glenn Triest / CC BY 3.0

Wrapping up our "quantum in the #HPC" week, here's a recording of an interesting webinar on the topic. While quantum computers appear to be critical to the future high-performance computing center, when should HPC managers investigate quantum computers? What are key initial applications? What are the options to integrate quantum into the HPC center? Three experts - Bob Sorensen from Hyperion Research, Tommaso Macrì and Yuval Boger from QuEra, offer insights into these and other important questions in this informative webinar. https://hubs.ly/Q02Yt8XB0

Analog neutral-atom quantum computers are very efficient, but that usually comes at the cost of flexibility for problem encoding. A promising way to mitigate those limitations is to use gadgets, methodically placed extra atoms that encode new logical relations, enriching the space of encodable problems. In previous works, that was done while relying on a degree of site-resolved control over atom energetics. This work develops new methodologies that require only global controls. Furthermore, the long-range interaction between Rydberg atoms may, at times, interfere in the quality of solutions for graph-defined specific problems. The methodologies of this work also help mitigate these limitations, helping advance the field of quantum optimization with neutral-atom analog devices. Read here on arXiv! https://hubs.ly/Q02XPJbB0

Our President Takuya Kitagawa will present how QuEra powers important transformations in a session on "How quantum computing accelerates healthcare innovation" as part of CHUGAI INNOVATION DAY 2024 Learn more at https://hubs.ly/Q02YszZG0

Empowering Minds, Enriching Futures: Quantum Education for All emphasizes the importance of making quantum education inclusive, accessible, and innovative to empower minds and shape a future-ready workforce. It highlights the transformative potential of quantum technologies, which are increasingly relevant across fields like healthcare, finance, AI, and defense. https://hubs.ly/Q02Yt4_F0 Key Themes: 1. Global Significance of Quantum Technologies ? Major investments by tech giants and national initiatives (e.g., China’s quantum satellite, EU’s Quantum Flagship) underscore the need for a quantum-educated population. 2. Democratizing Quantum Education ? Breaking the perception of quantum mechanics as an abstract, elite subject by expanding its teaching to non-physics disciplines, simplifying concepts using pedagogical innovations, and designing interdisciplinary curricula. 3. Early Introduction in Schools ? Introducing foundational quantum concepts in 11th and 12th grades can stimulate curiosity, bridge future skill gaps, and foster a more equitable STEM workforce. Recommendations: ? Shift from a physics-only approach to interdisciplinary collaboration. ? Use hands-on experiments and analogies to simplify complex ideas. ? Develop curricula integrating quantum studies with engineering, computer science, and social sciences. By broadening access and rethinking educational frameworks, quantum knowledge can become a tool for building a technologically advanced and equitable society.

Hyperion Research is a key analyst in the HPC world, and Bob Sorensen chief analyst for quantum computing, is their quantum expert. Bob was recently interviewed by Yuval Boger They discuss the growing interest in on-premises quantum computing, Hyperion's recent survey of the substantial potential ROI for enterprises using quantum optimization processes, the reality of Quantum AI, useful lessons that quantum vendors can learn from HPC vendors, and much more. Have a listen at https://hubs.ly/Q02Yt8rB0

Missed our "Quantum and the Board of Directors" webinar with Steve Suarez? of QuEra Quantum Alliance member HorizonX Consulting and Yuval Boger of QuEra? Find the recording here and learn some tips on gaining support for your quantum projects. https://hubs.ly/Q02XSfzq0

Thank you Nate Gemelke for inspiring the crowd at the the UK's Q-Day at Harwell. Indeed, neutral atoms have unique properties (such as room-temperature operation, excellent scalability and dynamic reconfiguration) that make quantum algorithms and QEC more efficient and make them an ideal modality for quantum computers.