Quantum foundations and applications research aims to explore fundamental questions in quantum computing and drive quantum technology toward real-world applications.
Our research focuses on:
- **Quantum error correction**: Experimental implementations of quantum error correction codes, advancing fault-tolerant quantum computing
- **Quantum algorithms**: Exploring variational algorithms and quantum simulation schemes for near-term quantum devices
- **Quantum advantage verification**: Designing and conducting experiments to demonstrate quantum computational advantage
- **Cross-disciplinary applications**: Exploring applications of quantum computing in chemical simulation, optimization, and beyond
