QMill’s quantum algorithm significantly outpaces classical supercomputers, providing rapid solutions to practical problems. The company’s technology verifies quantum computers in cloud environments, ensuring reliability and accuracy. Supported by strategic investments, QMill is positioned to drive quantum computing forward, offering immediate industrial value.
LightSolver, a Tel Aviv-based company, introduces a laser-based computing approach that processes data at light speed. In partnership with Ansys, they tested methods to reduce computation times in LS-DYNA® simulations. Early results show promise for future on-premises hardware that could redefine high-performance computing workloads.
LightSolver merges optical and electronic methods for faster, more energy-efficient computing. Their technology addresses iterative workloads in fields like climate modeling and complex simulations. By integrating photonic hardware with existing silicon structures, LightSolver envisions a unified future for next-generation processors.
IonQ has delivered its first quantum computer, IonQ Forte Enterprise, to the European Innovation Center in Arlesheim, Switzerland. Operating at a record algorithmic qubit count of #AQ36, the system enhances computational capabilities and marks IonQ’s initial commercial quantum system in Switzerland. The partnership with QuantumBasel strengthens IonQ’s global data center presence and supports advanced research and commercial applications.
The University of Missouri (Mizzou) has joined the IBM Quantum Network by establishing the state’s first IBM Quantum Innovation Center. This center provides researchers and institutions with access to advanced quantum computing through IBM’s cloud-based platform, positioning Mizzou among over 250 international members. The initiative supports innovative research and prepares students for careers in quantum computing.
Equal1 has announced a significant breakthrough in quantum computing, demonstrating world-leading performance for a silicon qubit array and developing the most complex quantum controller chip to date. This advancement leverages existing silicon infrastructure, paving the way for scalable, fault-tolerant quantum computers. The introduction of the multi-tile Quantum Controller Chip marks a new era of advanced control electronics operating at cryogenic temperatures.
QuEra Computing has announced that all three of its research projects have progressed to Phase Two of Wellcome Leap’s Quantum for Bio Challenge. These projects focus on developing quantum computing applications for healthcare and biology, highlighting QuEra’s role in complex scientific fields. Phase Two involves large-scale simulations using classical high-performance computing to validate quantum algorithms.
Atos has received a non-binding offer from the French State to acquire its Advanced Computing activities for an enterprise value of €500 million, potentially increasing to €625 million with earn-outs. The offer includes an exclusivity period until May 31, 2025, and impacts the company’s financial restructuring process. An initial payment of €150 million is expected upon signing the Share Purchase Agreement.
Planqc will develop a 1,000-qubit quantum computer for LRZ, supported by BMBF funding. The system integrates neutral atom technology for faster, efficient computations. It will serve scientific and industrial research through seamless HPC integration.
Quantum Computing Inc. has secured its first order for its TFLN photonic chip foundry from a major research institute in Asia. The order highlights QCi’s advanced fabrication capabilities and marks a pivotal step toward scaling photonic integrated circuits for telecom, datacom, and quantum applications.
