CITQCA focuses on understanding, designing and intervening in systems that are reallistically complex by applying theory and computation commensurate with the challenge at hand. We seek to develop next-generation methods and tools that extend our ability to reason about hard problems across a wide range of spatial and temporal scales, and different disciplines.
Methods
- Higher algebra
- Stochastic methods
- Statistical physics
- Tensor calculus and geometric algebra
- High-level quantum programming language design
Tools
- Quantum computing
- Agent-based modeling
- Digital twins
- Array programming languages
Applications
- New quantum algorithms for biomedicine
- Global security challenges
- Computational epidemiology
- Economic-environmental couplings
- Articial Intelligence writ large
Connections
- Visual Analytics, NCSA - UIUC
- Illinois Quantum Science and Technology Center (IQUIST), UIUC