An Approach to Debugging Quantum Circuits
ECE 595 Department Seminar Series
March 14, 2025
11:00 AM - 12:15 PM
An Approach to Debugging Quantum Circuits
Presenter: Sara Avman Metwalli, UIC
Abstract: Debugging quantum circuits remains a critical challenge in advancing practical quantum computing. In this talk, a structured framework for debugging quantum circuits will be presented, categorizing them into three distinct types: Amplitude Permutation, Phase Modulation, and Amplitude Redistribution circuits. Each type presents unique debugging challenges that demand specialized solutions. Learn about techniques for correcting amplitude permutations in circuits mimicking classical operations, strategies for precise calibration of phase alterations in phase modulation circuits, and advanced methods for adjusting probability amplitudes in amplitude redistribution circuits—the most complex of the three. To address these challenges, we developed a unit testing and debugging tool designed specifically for quantum circuits. How this tool enables targeted debugging strategies and provide empirical evidence of its effectiveness in optimizing circuit performance will be demonstrated. This talk will highlight how our approach bridges a vital gap in current methodologies, paving the way for more reliable quantum computing systems.
Speaker bio: Sara Ayman Metwalli is a quantum computing researcher and educator with a PhD from Keio University in Japan. Her work focused on developing testing and debugging tools for quantum circuits on NISQ devices. She has contributed to projects in quantum networking, education, and algorithm optimization. She held research roles at IBM, Argonne National Laboratory, and Keio University, and is passionate about making quantum computing accessible through teaching, writing, and outreach.
Date posted
Mar 13, 2025
Date updated
Mar 14, 2025