How industry leaders use quantum computing to solve real business problems. Open-source documentation with technical details.
Focusing on developing quantum-enhanced machine learning models for pharmaceutical research. This collaboration aimed to accelerate the identification of drug targets and optimize molecular properties using hybrid classical-quantum algorithms.
Developing quantum algorithms for complex optimization challenges in oil and gas operations, including supply chain management and molecular simulation for materials discovery.
Exploring quantum computing applications in banking and financial services, focusing on portfolio optimization, risk analysis, and derivative pricing. This collaboration represents one of the early significant partnerships between a quantum software company and a major global financial institution to develop practical quantum algorithms for real-world banking challenges.
The QUARBONE project, a collaboration between C12 Quantum Electronics, ATOS, and Artelys, aims to enhance industrial optimization through a quantum-classical hybrid system utilizing carbon nanotube coprocessors, achieving significant improvements in solution quality and computational efficiency across sectors like energy, logistics, chemistry, and finance.
Nord Quantique and Q-CTRL achieved a 14% increase in logical qubit lifetime through optimised autonomous quantum error correction.
We've just pushed the v0.5.0 release of OpenQase, with a new design and static CMS speedups.
A quick stop in Sydney for the Quantum Industry Day at New South Wales parliament house.
A week in Singapore for Supercomputing Asia 2025, and some additional user interviews and alpha version feedback sessions.
A busy week for our little team attending the APS Meeting and Nvidia's GTC 2025.
What is a quantum computer useful for? It's a question that even the quantum industry isn't always sure about.
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