Welcome
Quantum Simulation & Algorithm
at Centre for Quantum Engineering, Research and Education (CQuERE), TCG CREST
​
​Quantum Simulation • Hybrid QPU-HPC Computing • Tensor Networks
​
Developing algorithms and numerical tools at the interface of foundational quantum theory and application-driven research, with a strong emphasis on scalable simulation and hybrid quantum–HPC workflows.
Research Themes
-
Tensor Networks;
-
Quantum Circuit Simulation and Compilation;
-
Noise Modelling and Error Mitigation;
-
Lattice Gauge Theory
-
Hybrid Quantum–HPC Algorithms;
-
Quantum Chemistry, and Materials;
-
Large-Scale Quantum Many-Body Simulation;
-
QPU Co-Design
-
Quantum Error Correction; Neural Quantum States;
​
These research directions advance our understanding of complex quantum systems and support scalable tools for simulation, optimization, and intelligent computing.
What we build
We focus on creating new algorithms, efficient implementations, and reproducible numerical pipelines to tackle problems in quantum algorithms, quantum chemistry, and quantum many-body physics, with potential scope for industry collaboration.