QuEra Computing Inc.

Join us tomorrow and every second Wednesday of the month for virtual office hours. Hang out with QuEra scientists to talk about error correction, quantum machine learnin, optimization using neutral atoms, Python and Julia quantum software and much more. Register here: https://hubs.ly/Q02RrNFk0

Congratulations to our collaborators from University of Nottingham and Phasecraft for advancing to the second stage of the Wellcome Leap Q4BIO challenge. We hope our joint work will indeed help develop new drugs for Myotonic Dystrophy, a genetic condition that causes progressive muscle weakness and wasting and often affects the electrical conduction system of the heart, breathing and swallowing muscles, bowels, lens of the eye and brain. New funding will help scientists develop drugs for muscle wasting disease https://hubs.ly/Q02ShrZ50

We're delighted to partner with Kipu Quantum to integrate our 256-qubit Aquila quantum computer into Kipu's PlanQK platform. This partnership delivers industrially relevant quantum solutions by providing PlanQK users with immediate access to QuEra’s Aquila 256-qubit quantum processors, enabling seamless quantum computing experiences powered by neutral-atom technology. Read the full release at: https://hubs.ly/Q02SsxfH0 Jan Trautmann, Head of Development at Kipu, explains the significance in the short video below.

#ThisDayInQuantumHistory We're celebrating Niels Bohr! Today we commemorate the genius behind the Bohr model of the atom. Bohr's model introduced the concept of quantized electron orbits, revolutionizing our understanding of atomic structure and spectral lines. His work remains a cornerstone in the study of atomic physics. #QuantumComputing #QuEra Image Source: Library of Congress / Public Domain

David Shaw from Global Quantum Intelligence, LLC shares his insights on the changing quantum landscape in Europe. According to David, the recent launch of IBM’s Quantum Data Center in Europe marks a significant shift in the quantum competition landscape. German Chancellor Olaf Scholz emphasized that Europe should foster collaboration while advancing its quantum future, stepping away from national silos. As nations grapple with deglobalization, economic nationalism, and geopolitical tensions, the focus on transformative deep tech—including AI, bio-engineering, and, notably, quantum technology—has never been more critical. European leaders, including Mario Draghi, call for significant investment in innovation to combat an aging population and drive economic growth. However, the path forward faces obstacles, such as resistance to joint EU financial initiatives and the varying political climates across member states. Europe’s quantum ecosystem is robust, anchored by strong research institutions and initiatives such as the Quantum Flagship. Yet challenges remain, with fragmented national programs and an overarching quest for technological sovereignty intensifying competition for resources and talent. While the UK and EU develop their respective quantum strategies, neither is currently leading the race against the US and China, both of which boast substantial investment and established institutional support. To leverage its strengths, Europe must focus on fostering collaboration, securing long-term funding, and unifying its quantum initiatives to remain competitive in the global arena. The quantum technology sector is poised for growth, but realization of its full potential hinges on addressing funding challenges, fostering cross-border collaboration, and navigating the complexities of geopolitical competition. A New Phase for Quantum Competition in Europe - Quantum Computing Report https://hubs.ly/Q02SgLj70

Join us tomorrow, Oct 8th for an exciting webinar, "Aquila in action: tasting menu". Three QuEra experts demonstrate results in simulation, optimization and machine learning. Secure your spot here: https://hubs.ly/Q02RrKhW0

#ThisDayInQuantumHistory We celebrate Sean Carroll! Join us in honoring the physicist whose research in quantum mechanics and cosmology continues to advance our understanding of the universe. Carroll’s insights into quantum theory and the nature of reality have been instrumental in shaping modern physics. #QuantumComputing #QuEra Photo by: Susan Gerbic / CC BY 4.0

Are you a fan of AI-generation quantum LEGO sets? Here's Schrodinger's cat. And, BTW, this interesting article https://hubs.ly/Q02RrRc90 discusses how the cat influenced perceptions in quantum computing

The early days of error-corrected quantum computing are starting and, as so, algorithms are finally starting to show up that bridge the limitations of NISQ and high-demands of fault-tolerant systems. In this work, authors propose a methodology to efficiently compile partially fault-tolerant quantum computing protocols and demonstrate the value of their approach by showcasing optimistic overhead for performing quantum phase estimation in the 2D Hubbard model. This model is relevant for quantum materials simulation and the authors propose that 65,000 thousand qubits with physical error rates of 0.0001 should suffice to estimate ground state energies more efficiently than classical computers would on a sizable system.? Read on arXiv! https://hubs.ly/Q02PDr-t0

While we're not expecting quantum computers to run LLM anytime soon, quantum algorthms are showing promise in solving real-world machine learning problems. See this paper on cancer classification. Potential of quantum machine learning for solving the real-world problem of cancer classification - Discover Applied Sciences https://hubs.ly/Q02RrRH80