Silicon Quantum Computing
Every. Atom. Counts.
At a glance
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Development stage
Active / generating revenue
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Investment stage
Series B
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UNSW affiliation
Spinout - staff led
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Technology readiness level
Unknown
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Female led
Yes
The most precise engineering, the highest-quality qubits, and industry-leading algorithmic fidelity.
Silicon Quantum Computing is the world’s most precise engineering practice, manipulating matter at an atomic scale, and the only quantum company that builds its own chips. The company has generated millions of revenue (AUD) and continues to grow. Commercial scale quantum computing will launch in 2033, and quantum advantage through machine learning is available now.
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SQC quantum processors contain only two types of atoms: silicon and phosphorus. This simplicity allows for the highest fidelity algorithms of any platform. They also manufacture their chips in-house, which enables tools and integrated processors to be developed in parallel and at speed.
SQC has three products:
- Watermelon: QML chip that enhances AI effectiveness.
- Quantum Twins: chips that simulate the surface of molecules, used by pharma, chemical and material companies.
- Quantum Computers: gate-based, quantum processors for algorithmic advancement. Fault-tolerant commercial utility slated for 2033.
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- Quantum computing will deliver breakthroughs unattainable with classical computing hardware (optimisation, simulation, cybersecurity) in a 5-year horizon.
- Quantum Machine Learning (QML) accelerates classical AI workloads today.
- Analogue molecular simulators allow pharma, chemicals, and materials companies to understand quantum / surface chemistry today.
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Multi-national and governmental organisations with an R&D focus within:
- Defence
- Mobility
- Financial Services
- Telecoms
- Energy
- Pharma
- Chemicals
- Advanced materials
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- AUD 270+ million investment to date, generating millions in revenue.
- SQC has multinationals as customers across their products who buy hardware and access via cloud.
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