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Learn about quantum circuit compilation challenges and solutions in this tutorial presentation from the Tutorials @ ICFP/SPLASH 2025 conference. Explore the critical need for optimizing compilers that can convert abstract quantum circuit descriptions into native device operations, addressing the evolving landscape of quantum hardware substrates and error-correction protocols. Discover key compilation challenges including hardware heterogeneity, quantum error correction requirements, and the need for performance optimization across different quantum computing platforms. Examine the University of Wisconsin-Madison's research efforts toward developing flexible and performant compiler solutions designed to adapt to the rapidly changing quantum hardware ecosystem. Gain insights into compiler design strategies that can accommodate multiple competing hardware architectures while maintaining optimization capabilities. Understand how quantum circuit compilation differs from classical compilation and the unique constraints imposed by quantum mechanical properties such as decoherence and gate fidelity. Presented by Amanda Xu, Abtin Molavi, Swamit Tannu, and Aws Albarghouthi from the University of Wisconsin-Madison, this tutorial provides both theoretical foundations and practical approaches to quantum compiler development for researchers and practitioners working in quantum computing and programming language design.
