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Watch a 15-minute conference presentation from OOPSLA 2025 that introduces efficient compilation techniques for quantum control flow constructs in the Qunity programming language. Learn how researchers from Caltech, University of Maryland, and University of Chicago addressed the challenge of implementing high-level quantum programming abstractions while maintaining computational realizability. Discover the development of a complete Qunity compiler that converts high-level quantum code into OpenQASM 3 assembly language, featuring novel optimization techniques that significantly reduce both qubit requirements and gate counts compared to previous approaches. Explore the wider range of abstractions built on top of Qunity's core language that provide compelling alternatives to existing quantum control constructs, and understand how both low-level circuit optimizations and high-level program structure considerations contribute to more efficient quantum program compilation. Gain insights into quantum programming language design, compiler optimization strategies for quantum circuits, and the practical implementation challenges of translating abstract quantum control flow into executable quantum assembly code.
