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Silicon Quantum Computing Selected for Critical Advancement

In an exciting development for quantum computing, Silicon Quantum Computing (SQC), a leader in the field, has received confirmation from the Defence Advanced Research Projects Agency (DARPA) that it is advancing to the second phase of the Quantum Benchmarking Initiative (QBI). This comes on the heels of SQC being awarded a contracts in April 2025 under Stage A of the initiative.

The QBI is a comprehensive assessment aimed at determining the feasibility of creating a practical quantum computer by the year 2033. Participants of the initiative must demonstrate their capability through a series of stages. Stage A mandated a thorough description and analysis of SQC’s proposed utility-scale quantum computer, aiming to showcase a feasible pathway to realization where anticipated value outstrips the costs associated with development and deployment.

Throughout Stage A, SQC collaborated intensively with the DARPA team to validate its unique methodology for constructing commercial-scale quantum computers utilizing engineered atoms in silicon. The pivotal aspects of its 14|15 platform, such as precise in-house atomic manufacturing and the superior quality of its qubits, were instrumental to the company securing this next phase of progression. SQC endeavors to create quantum computers that can run precise and efficient algorithms, influential in fields such as global cybersecurity, materials science, and artificial intelligence within the next few years.

The transition to Stage B commences immediately, entailing the formulation of a detailed research and development roadmap leading to 2033. This phase will outline technical specifications and intricate designs necessary for moving forward.

Michelle Simmons, SQC’s Founder and CEO, shared, "The rigorous evaluation by DARPA allows the true potential of diverse approaches to quantum computer construction to rise above the chatter in our industry." She expressed pride in being selected for Stage B and emphasized that participation in the QBI enhances efforts to accelerate the delivery of useful universal quantum computers while adding substantial value to clients already through specific quantum applications.

The market is witnessing an increasing adoption of quantum computing solutions across multiple sectors, and SQC is committed to delivering unique advantages to its clients through their atomically engineered Quantum Machine Learning chips, as well as universal quantum computing systems, celebrated for their superior performance in algorithms.

Simon Segars, SQC’s Chair and former CEO of ARM, remarked, "The in-house manufacturing prowess to engineer atoms with atomic precision in silicon continues to yield significant benefits. DARPA's recognition of our scientific achievements, alongside the results from our customers, positions SQC to further advance towards a quantum-centric future."

About Silicon Quantum Computing

Silicon Quantum Computing places itself at the forefront of global initiatives directed at the advancement of commercial-scale quantum computing.
By harnessing mechanisms and methodologies that facilitate atomic-level control and observation of matter, SQC is at a pivotal juncture in the quantum landscape. Their strategy promises to revolutionize various industries and underscores the organization's dedication to achieving unparalleled fidelity in quantum algorithms. Their capability of handling their QPU manufacturing processes empowers SQC to innovate continuously, crafting, producing, and assessing new designs weekly while also operating quantum machine learning and quantum chemical simulation systems today.

For further information, explore their website at www.sqc.com.au.