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Silicon Quantum Computing launches new materials discovery simulator - Capital Brief

Google News – Quantum Computing
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⚡ Quantum Brief
Silicon Quantum Computing unveiled Quantum Twins, a quantum simulator for molecular and materials discovery, enabling advanced quantum physics and chemistry simulations. The tool analyzes magnetism, atomic interactions, and superconductivity to accelerate development of low-power electronics, novel storage, and new materials. The launch follows breakthroughs in manufacturing, including patterning 250,000 qubit registers in eight hours and producing testable quantum chips in under a week. CEO Michelle Simmons called it a "window into the quantum world," highlighting sub-nanometer precision in engineering qubit registers as a key enabler for practical applications. The simulator leverages atomic-scale semiconductor manufacturing, positioning the company at the forefront of quantum-enhanced materials science.
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Briefing Quantum Quality Silicon Quantum Computing launches new materials discovery simulator Make us a preferred source Make us a preferred source on Google 3:30am on 5 February 2026 Link copied The news: Quantum machine learning company Silicon Quantum Computing has launched a molecule and materials discovery simulator, Quantum Twins, designed to enable the simulation of quantum physics and chemistry.The context: Quantum Twins aims to enhance the understanding of quantum interactions by analysing magnetism, atomic interactions and superconductivity. This aims to pave the way for novel information storage, low power electronics and broader materials discovery.The launch follows Silicon Quantum Computing's advances in manufacturing capability, including the ability to pattern 250,000 qubit registers in eight hours. The company said it can design, produce and test new quantum chips in under a week.What they said: "Quantum Twins represents a window into the quantum world that customers can use for materials discovery today. The enabler is that we can engineer hundreds of thousands of qubit registers with atomic precision. It’s an incredible achievement in semiconductor manufacturing with sub-nanometer accuracy," Silicon Quantum Computing CEO Michelle Simmons said.

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