Quantum Algorithms, Architectures, Applications and their Theory

Scientific activities

Our research program is focused on developing advanced theoretical tools that can help us understand the capabilities of quantum computers, improve their design for specific algorithms, and unlock new functionalities using quantum information processing. By taking this integrated approach, we hope to advance the state-of-the-art in Quantum Information Processing and provide valuable insights for future developments.

Along the years we have developed expertise on:

• Secure delegated quantum computation
• Simulation, benchmarking and certification of quantum computers
• Continuous-variable quantum computation
• Noise estimation, mitigation and error correction
• Quantum algorithms