Proven practices and troubleshooting strategies to optimize low noise and low temperature quantum experiments

In this workshop we take you through the essential experiments to troubleshoot typical issues in your experimental setup for low temperature quantum experiments. We will cover the best practices to characterize issues of ground loops, electrical, magnetic, and vibrational noise, as well as discuss the optimal ways of improving your experiment through shielding, filtering, thermalization and other setup considerations. As a case study, we will cover optimizing a single quantum dot experiment, in terms of noise, measurement speed and electron thermometry. Furhtermore, we will be available for discussing your own specific challenges with our experimental experts.