Azure Quantum Elements is purpose-built to accelerate scientific discovery. Boost your research and development productivity with simulation workflows optimized for scaling on Azure High-Performance Computing (HPC) clusters, AI-accelerated computing, augmented reasoning using AI, integration with quantum tools to start experimenting with existing quantum hardware, and access in the future to Microsoft’s quantum supercomputer.
Augment scientific discovery and increase your research productivity for some of the most complex chemistry and materials problems with a natural language interface, integrated within your cloud environment for smart code generation and data connectivity.
Empower researchers to use conversational interactions to generate code and fuel productivity. Get technical, guided answers with sample code in a simple interface, query and visualize data, and initiate simulations, reducing the barriers to configuring and launching your workflows.
Learn how the Azure Quantum team combined new material property prediction AI models with High-performance computing calculations to digitally screen candidates for improved battery materials.
Read nowScientists from Microsoft, ETH Zurich, and the Pacific Northwest National Laboratory present an automated workflow to leverage the scale of Azure to transform R&D processes in quantum chemistry and materials science.
Read nowMore powerful platforms for molecular dynamics simulations could unlock the development of new materials, new drugs, and more efficient batteries. Learn how Azure Quantum scientists answered a fundamental question: what are Azure’s capabilities for these types of simulations?
Read now1Source: Johnson Matthey uses Azure Quantum Elements to speed up hydrogen fuel cell innovation
2Source: Internal study based on comparison between AI-based screening versus DFT physics-based screening, 2022.
3Source: Internal study based on comparison between ab initio Molecular dynamics and active learning molecular dynamics screening, 2022-2023.