XINGRUI SONG

I am a passionate experimentalist specializing in superconducting circuits. My interests span both the immediate applications and future potential of the superconducting platform.

​

In the short term, my research focuses on

• Quantum Sensing

• Open Quantum Systems

• Quantum Simulation

• Quantum Thermodynamics

• Quantum Error Mitigation

​​

For the future, I am interested in realizing the fault-tolerent quantum computation through:

• Quantum Error Correction

• Topological Quantum Computing

​

Furthermore, I am always ready to explore interdisciplinary fields, including

• Machine Learning

• Quantum Many-body Physics

• High-Performance Computing

Skills:

Superconducting Quantum Computation:

• Pulse engineering

• Feedback controll

• Black-box optimization of experimental setups

Microwave Engineering:​

• Microwave simulation using HFSS and AWR software.

• Designing and assemblying sample packages for superconducting chips

• Adapting op-amp circuits for fast flux line drivers

• Manufacturing Eccosorb infrared filters

Programming:

• Developing the OpenQUA package for microwave control of qubits

• Building simple compilers for executing OpenQASM on custom experimental setups

Mechanical Engineering:

• Modeling with SOLIDWORKS

• Generating CNC toolpaths for machining using Python