Health Care & Life Sciences Quantum Working Group
Unites experts to advance research in health care and life sciences with the aid of quantum computation across biomarkers, omics, clinical trials, and beyond.
Quantum research for the real world
The Quantum Technical Working Groups are collaborative, independently run research initiatives that convene experts from academia, industry, startups, and research institutions worldwide to better understand how quantum computing can contribute to key areas of science and technology.
Materials Science Quantum Working Group
Taking quantum-centric supercomputing from molecules to materials, from energies to properties.
Quantum Computing for High Energy Physics Working Group
This technical working group brings together experts to identify and explore high-impact problems in high energy physics suited to near-term quantum methods.
Sustainability Quantum Working Group
Researchers and domain experts explore quantum-centric solutions to sustainable development across energy, forestry, climate, semiconductors, carbon capture, and beyond.
Quantum Optimization Working Group
Driving quantum optimization from theory to practice, this collaboration combines advanced algorithms and systematic benchmarking towards demonstrating quantum advantage for real-world use cases.
Quantum Hamiltonian Simulation Working Group
Combines algorithm development and systematic benchmarking to advance quantum computing methods for problems including eigenstates, dynamics, thermal states, and more.
Quantum Machine Learning Working Group
Identifying the key questions in quantum machine learning and where quantum computing may offer new capabilities for learning, modeling, and discovery.
Quantum Partial Differential Equations Working Group
Coming Soon