Equal1 proclaims 25 U.S. and worldwide patents granted and an extra 17 patents pending
— Jason Lynch, CEO of Equal1
SAN CARLOS, CA, UNITED STATES, January 24, 2023 /EINPresswire.com/ — Equal1, the silicon quantum computing firm, at the moment introduced that with 25 U.S. and worldwide patents granted and an extra 17 patents pending, Equal1 is now one of many high patent holders in quantum computing globally. The power to make the most of present state-of-the-art semiconductor manufacturing processes for quantum is an space of crucial strategic significance because the trade scales to real-world quantum computing.
Not like competing qubit applied sciences comparable to superconducting or trapped ion, which require immense customized manufacturing and ultra-low temperature cryogenic cooling amenities, Equal1 has built-in a complete quantum pc and system onto a single silicon chip. Constructed on business silicon CMOS processes, Equal1 Quantum-on-Chip processors (QPUs), at the moment confirmed in three generations of silicon, produce quantum computer systems with unmatched efficiency and effectivity and in a breakthrough compact rack-based kind issue.
“Whereas the primary era of quantum applied sciences have confirmed quantum computing is feasible, equally, they’ve confirmed that they can not scale or commercialize. Scalability is the explanation the trade is shifting to quantum silicon,” mentioned Jason Lynch, CEO of Equal1. “Computing efficiency has at all times superior primarily by advances in silicon, and quantum computer systems can be no totally different. This is the reason being a high patent holder in silicon quantum computing is crucial within the subsequent section of scaling and commercializing quantum computing.”
Equal1 is the primary quantum firm to efficiently fabricate quantum-on-chip processors utilizing normal business CMOS processes. Confirmed in silicon, our third-generation quantum processor integrates a complete quantum system—qubits, management, and read-out—on a single silicon chip. CMOS is the one know-how that may commercially and technically scale to thousands and thousands of qubits wanted for high-performance quantum computing.
Equal1 patents are in elementary areas of silicon-powered quantum computing. Patents embody core cryoCMOS know-how, quantum gadget construction, qubit management, quantum AI and neural networks, quantum error correction, and system integration improvements to supply quantum computer systems which are compact, highly effective, and environment friendly. A number of patents beneath illustrate the significance of the Equal1 portfolio.
US11214484: “Planar quantum buildings using quantum particle tunneling by native depleted effectively.” This patent covers the essential Equal1 qubit construction of a single qubit in addition to the structure to scale to 2D quantum dot arrays, crucial to the power to scale to thousands and thousands of qubits. This patent addresses a core concern dealing with quantum computing—scalability.
US11202526: “Reprogrammable quantum processor structure incorporating quantum error correction.” This patent covers Equal1’s proprietary error correction methodology, which mixes classical, quantum, and AI methods to supply on-chip, on-the-fly error correction to protect quantum data. Actual-time on-chip error correction is crucial as qubits scale to create large-scale quantum computer systems.
US11423322: “Built-in quantum pc incorporating quantum core and related classical management circuitry.” Each different quantum resolution makes use of know-how exterior to the qubit arrays to handle, management and measure the qubits. This patent covers a Quantum Processor Unit with quantum cores and basic circuitry built-in on a single chip, which means management and measurement function on the pace of quantum processing.
About Quantum Computing
Quantum computing faucets nature’s working system, quantum mechanics, to unlock exponential pc efficiency.
Classical computing calculates with transistors that signify both 0 or 1: they scale linearly with Moore’s regulation. Quantum computing calculates with qubits, which may signify 0 and 1 concurrently. Quantum computing efficiency scales exponentially in proportion to the variety of entangled qubits.
Quantum will assault essentially the most complicated issues: quantum simulations in molecular chemistry, optimization, or prime factorization. Factoring a 2,048-bit prime quantity with a supercomputer takes about one trillion years. With quantum, it takes about one minute.
Quantum and AI
Equal1’s quantum computing processors will remake AI and machine studying. AI is reworking each side of our lives, from self-driving autos to AI-designed medicine. Nonetheless, the quantity of power required by these purposes implies that AI is now a cloth and rising contributor to world carbon output and world warming. Equal1’s quantum computing know-how will allow vastly higher efficiency at a fraction of the power.
Quantum and Local weather
Assembly the 2050 net-zero emissions purpose that nations will solely be attainable with breakthrough advances in local weather know-how. Right this moment’s supercomputers are unable to resolve many of those challenges.
Quantum computing will change the sport in serving to develop breakthrough local weather applied sciences. McKinsey & Co believes quantum computing can revolutionize the combat in opposition to local weather change, reworking the applied sciences and economics of decarbonization and turning into a significant factor in limiting world warming to the goal temperature of 1.5°C.
Equal1 leverages commercially obtainable semiconductor know-how to ship quantum computing options that empower companies to beat data-intensive AI challenges at the moment.
With its a lot smaller carbon footprint, our scalable, cost-effective know-how gives a quantum computing path that may influence the trajectory of AI. This implies we allow our clients to leverage the facility of AI to develop helpful, real-world options. www.equal1.com