Method and System for Large-Scale Computation of Quantum Algorithms Using Neuromorphic Quantum Computing

• WIPO International Patent System published Dynex’s international patent (WO/2024/231907) on November 14, 2024.
• Dynex is awaiting the final step in the World Intellectual Property Organization (WIPO) application process, which would be to grant the patent. This patent would secure Dynex exclusive rights to its neuromorphic quantum computing invention for up to 20 years.
• This patent establishes a pivotal connection between classical and quantum computing, enabling scalable simulations while overcoming challenges such as qubit error susceptibility and limited scalability — all without the need for specialized quantum hardware.
• Dynex’s invention introduces a method for implementing scalable quantum computing using conventional electronic components, facilitating the operation of silicon-based quantum chips at room temperature with minimal power consumption and low error rates.
• Dynex’s technology advances the practical implementation of complex quantum algorithms, providing affordable, accessible, and scalable applications across industries that solve real-world problems.

After nearly five years of pioneering research and development into breakthrough computing paradigms, Dynex, a leader in Quantum-as-a-Service (QaaS) technology, has submitted a patent showcasing its groundbreaking neuromorphic quantum computing innovation. This patent was published by WIPO on November 14, 2024. The next step is formal granting by the WIPO International Patent System, further positioning Dynex as The Quantum Currency and a leader driving the Next Megacycle in Computing: Quantum.

Overview

Dynex’s patent publication arrives at a pivotal moment as industries grapple with the limitations of traditional computing, which is increasingly unable to handle complex problems constrained by its binary framework of 0s and 1s. In contrast, quantum computing operates using qubits, which can exist in multiple states simultaneously through superposition, enabling a vastly greater range of possibilities. While quantum computing holds great promises to lead the Next Megacycle in Computing, its scalability and practical application remain significant challenges. These challenges primarily stem from the limited number of qubits (the quantum computing alternative to classical bits) available, the high susceptibility of qubits to errors, and the complexity of error correction protocols necessary to maintain coherence in quantum states. As quantum systems grow in size, the need for sophisticated error correction becomes increasingly critical, further complicating the development of reliable quantum computers. Under these limitations, quantum computing technology has traditionally not been easily accessible, leaving most industries unable to leverage it for solving real-world problems at scale.

Dynex’s newly published patent introduces a groundbreaking approach to quantum computing that is more affordable, accessible and scalable. Dynex’s described invention enables efficient, large-scale computation of quantum algorithms and circuits on traditional hardware, without giving up the fidelity or capabilities of quantum mechanics-based systems, thus bridging the gap between classical and quantum computing paradigms. For instance, a researcher in a remote location with only a standard laptop can now emulate quantum algorithms to solve optimization problems or simulate molecular interactions — efforts that previously required expensive and exclusive access to specialized quantum hardware.

At the core of Dynex’s neuromorphic quantum computing patent innovation is the use of memristor-based circuits, which mimic key quantum behaviors like superposition and entanglement. Superposition enables quantum systems to exist in multiple states simultaneously, allowing for parallel computation and vastly expanding the range of possible outcomes compared to the binary states of traditional computing. Entanglement establishes a link between particles such that the state of one particle instantly influences the state of another, no matter the distance, enabling highly interconnected and efficient computations. These circuits allow complex quantum processes to be simulated with far fewer resources than traditional methods. This method addresses further limitations seen in traditional quantum computing, including error-prone qubits and limited scalability, paving the way for practical applications of quantum algorithms across industries for use in optimization, cryptography, and beyond — all without requiring specialized quantum hardware.

Timeline to Dynex Patent Submission

Dynex’s patent submission is the result of five years of intensive research and development by its dedicated team of pioneering developers and technologists. Founded in September 2020 as a research project to tackle Moore’s Law limitations with new computing paradigms, the Dynex team has since gone on to celebrate several achievements next to submitting the patent application:

• Launch of DynexSolve: Dynex’s first major milestone was the launch of DynexSolve, its proprietary Proof-of-Useful-Work mining algorithm on December 1, 2022.
• Python Integration: Launched in Q3 2023, Dynex’s integration with the Python development environment provides seamless support for modeling and computing constraint satisfaction problems, including CQM, BQM, QUBO, SAT, and MAXSAT.
• Enhanced Core Algorithm: Launched in Q2 2024, the improved equations of motion for Dynex’s n.quantum circuits enable faster evolution to energy ground states.
• Dynex launches publicly available subscription plans for its emulated Quantum-as-a-Service technology in May 2024.
• Dynex announces 10-year Strategic Roadmap at Web3Fest in Dubai on October 14, 2024, outlining plans for Dynex Silicon Quantum Chips, starting in 2025.
• Embedding its industry-leading Ethic-Tech framework into the Dynex onboarding process to promote the ethical use of Dynex’s technology, supporting the ecosystem’s commitment to ethical integrity.

Next Steps for Dynex Patent

Following the publication of Dynex’s patent by the WIPO International Patent System on November 14, 2024, the team awaits the patent to be granted. Stay tuned for the latest patent updates by following Dynex on X and LinkedIn, and by joining the Discord and Telegram communities. Explore available Dynex subscription plans here.

About Dynex

Dynex’s leading Quantum-as-a-Service (QaaS) technology, offers businesses an affordable, accessible and scalable solution for quantum computing underpinned by a robust commitment to ethical integrity. With cost-effective subscription plans available to everyone, Dynex enables industries to solve real-world problems at scale with unparalleled computational power. Dynex plays a key role in the next megacycle in computing: Quantum. Across academia and different industries including artificial intelligence, pharmaceuticals, finance, aerospace and many more, Dynex drives exponential growth in the most complex fields, meeting the increasing demand for advanced computing solutions. Within the Dynex Ecosystem, Dynex Moonshots serves as the strategic, investment and ethical steward, advancing quantum technology to deliver pioneering solutions across nature, health, society and space. Dynex is recognized as a 2024 Technologist of the Year as part of Fast Company’s Next Big Things in Tech Award.

Learn more at https://dynex.co/