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Explore quantum-circuit optimization through program synthesis techniques in this 22-minute doctoral symposium presentation from SPLASH 2025. Learn about developing robust tools and techniques for optimizing quantum programs to run on arbitrary quantum computing architectures, addressing the critical need for flexible compilation stacks that can adapt to emerging quantum hardware. Discover how recent breakthroughs in quantum computing hardware are bringing us closer to practical applications in materials discovery, chemistry, and other domains, while understanding the challenges of creating optimization tools that can work across different quantum computing platforms. Gain insights into cutting-edge research focused on shrinking the timeline for solving useful problems with quantum computing through advanced program synthesis methodologies and quantum-circuit optimization strategies.
