Superconducting quantum computing, topological quantum computing, trapped-ion quantum computing, quantum-dot quantum computing, operating system for quantum computer, quantum algorithm application software, quantum computing theory.
(1) Explore new designs, new materials, and new architectures for superconducting qubits, and build logical qubits; Carry out large-scale superconducting quantum computing and quantum simulations,and demonstrate quantum supremacy.
(2) Design, predict and synthesize new topological materials, and use Majorana zero mode to realize topological qubit.
(3) Develop trapped-ion quantum computing with long coherence time and high-fidelity logic gates.
(4) Realize scalable quantum circuits based on quantum dot qubits.
(5) Develop operating systems for NISQ and fault-tolerant universal quantum computers.
(6) Develop quantum application softwares such as quantum chemical simulation, quantum machine learning, quantum finance, traffic optimization, etc.
(7) Perform fundamental studies in quantum computing theories.