The Dynex roadmap for quantum computing showcases a comprehensive and phased approach to quantum innovation, spanning across software, hardware, compute, and business models. Dynex’s evolution from emulation on GPUs to quantum processing units (QPUs) is marked by significant technological milestones. Initially focused on efficiently emulating quantum circuits using GPUs, Dynex is now advancing toward building proprietary, patent-pending silicon quantum chips. These chips will be designed for specialized tasks, with increasing gate capacity, and will eventually lead to general-purpose chips with 1 million gates. This shift reflects Dynex's long-term strategy to achieve large-scale quantum computational power with specialized hardware innovations.
The physical implementation of Dynex chips differs fundamentally from traditional universal quantum computers (such as those offered by IBM and others). Rather than relying on quantum-mechanical principles, Dynex utilizes standard electronic components, enabling operation at room temperature. This approach delivers the described performance in computing quantum gate circuits and quantum algorithms without employing the quantum-mechanical mechanisms of conventional quantum hardware. Dynex’s approach is based on Dynex qubits, which serve as the neuromorphic counterpart to quantum-mechanics-based qubits. Their states vary between -1.0 and +1.0 volts, allowing them to exhibit a form of superposition similar to that found in conventional quantum systems. Each quantum computing problem is mapped onto a neuromorphic gate circuit, where the gates collectively strive to be satisfied in parallel, creating an effect analogous to quantum tunneling.
Starting from 2020-2021, it outlines the transition from research and prototyping, with a focus on overcoming the computational challenges of Schrödinger’s equations, to efficient emulation on GPUs in 2022. By 2023, the roadmap introduces quantum algorithms such as Quantum CFD and Quantum RBM, and the development of the Dynex SDK. Looking forward, 2024 sees the integration of Quantum Nodes using GPU-based circuits, followed by physical silicon quantum chips (QPUs) with up to 1,000 Dynex qubits being introduced in 2025 (Dynex qubits serve as the neuromorphic equivalent of qubits in quantum-mechanics-based systems. Their state varies continuously between -1.0 and +1.0 volts, enabling them to exhibit a form of superposition similar to that found in conventional quantum approaches).
The roadmap then moves toward specialized and general-purpose silicon quantum chips with increasing gate capacities and qubit counts through 2034, reaching a projected 1 million Dynex qubits. Alongside hardware advancements, software development continues with innovations in quantum operating systems and advanced algorithms. The roadmap also highlights Dynex's evolving business model, including subscription and royalty-based economic models, partnerships for scaling quantum applications, and a long-term vision for full-scale quantum chips by 2034. The future of computing is quantum-centric, with Dynex leading the charge through continuous innovation in both hardware and software realms.
