Optimization of quantum control of an SnV color center in diamond requires precise alignment with an external magnetic field. In our case, this field is generated by a superconducting 3D vector magnet. It should be optimized to maximize the fidelity of quantum control operations on the SnV.
Tasks for Interns
Work with a cryostat in an optical experiment
Implement the control and calibration of the superconducting coils
Optimize the alignment of the magnetic field
Academic Level
Advanced undergraduate students (from second year) Master's students Ph.D. students
Requirements
Senior bachelor's or junior master's student in physics
Very good python programming skills
Expected Preparation
Acquiring basic knowledge about SnV color centers and standard experimental methods
Getting familiar with a python based framework for experimental control
