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ORCA Computing is installing two of its PT-1 quantum photonics processors the year at the the Poznań Supercomputing and Networking Center (PSNC). These systems will be installed at PSNC’s high-performance computing data center in Poznań, Poland, and will enhance its quantum computing work in various scientific and application fields, including biology, chemistry, and machine learning. The PSNC, known for its IT infrastructure in science and information and communication technologies, will incorporate ORCA Computing’s PT-1 quantum systems into its high-performance infrastructure to further critical scientific research and industrial innovation. The PT-1 systems, procured under the EUROHPC-PL project, will will be integrated with [...]

QC Design, a company specializing in quantum computing, has launched Plaquette+, a fault-tolerance design automation software. This tool provides advanced fault-tolerance methods and hardware-specific error models, making it the first industry-grade tool of its kind available to all quantum computer manufacturers. Plaquette+ allows for the design of fault-tolerant quantum computers across all matter and photonic platforms, and can analyze arbitrary hardware imperfections in thousands of qubits. This software is aimed at enabling hardware manufacturers to design logical-qubit demonstrations and fault-tolerance architectures seamlessly. The company indicates that the software is hardware friendly, provides actionable insights, includes a built-in library of fault tolerance [...]

Aliro Quantum, since its founding, has been working to make quantum technology accessible. Over the past two years, the company introduced AliroNet™, the world’s first full-stack entanglement-based quantum network solution. We had previously reported that they are the network software provider for EPB, America’s first industry-led, commercially available quantum network. The Aliro Simulator is a versatile, modular quantum network simulator that can model all portions of a quantum network, from the smallest optical components to the largest heterogeneous networks. It implements discrete event simulation, multiple quantum state computation backends, generic quantum and classical device components, optical components, noise models, networking concept abstractions, and support [...]

IBM has announced a collaboration with Keio University, The University of Tokyo, Yonsei University, Seoul National University, and The University of Chicago to support quantum education activities in Japan, South Korea, and the United States. The aim is to advance the training of up to 40,000 students over the next 10 years to prepare them for the quantum workforce and promote the growth of a global quantum ecosystem. The initiative will include materials for educators from various disciplines of science and technology. IBM and the universities are focused on preparing a workforce capable of using the latest quantum computing technologies for [...]

Example Output of BenchQ that Compares Qubit Requirements and Run Time for Ion Trap versus Superconducting Architectures.Credit: Zapata AI One of the products that has resulted from the DARPA Quantum Benchmarking program that we reported on earlier this month is BenchQ, a tool developed by Zapata AI along with partners at Aalto University, IonQ, the University of Technology Sydney, and the University of Texas at Dallas. A key purpose of the tool is to provide a user with an estimate of the quantum processor resources required to solve high-utility problems. As an example, Zapata has used the tool to provide estimates [...]

Terra Quantum, a leading quantum software company, has launched TQ42, a unique Quantum Software as a Service platform. This platform makes quantum solutions easily accessible to enterprises across various sectors. TQ42 provides access to Terra Quantum’s advanced quantum algorithms and robust hybrid quantum cloud infrastructure. It offers a streamlined, secure gateway for a range of users, including developers skilled in Python, APIs, and command-line operations. Currently, TQ42 is available to select companies in beta. After the initial beta period, TQ42’s no-code web interface will be available, empowering a broad spectrum of data scientists and business analysts to create quantum solutions without [...]

The Leibniz Supercomputing Centre (LRZ) is collaborating with Munich Quantum Valley (MQV) to procure a quantum computer based on trapped-ion technology. This computer, developed by the Austrian start-up Alpine Quantum Technologies (AQT), uses 20 qubits implemented in an ion trap. The new system will be made available to the seven member organizations of MQV, primarily for conducting research in system software. The quantum computer is funded by the Bavarian State Ministries for Science and the Arts (StMWK) and for Economic Affairs, Regional Development and Energy (StMWi) with around 9.8 million euros ($10.7M USD) as part of the Hightech Agenda Bavaria. The [...]