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Explore QuantumSymbolics.jl, a computer algebra package designed as a symbolic interface for numerical quantum simulation libraries, in this 24-minute conference talk from JuliaCon Global 2025. Learn how this innovative approach addresses the challenges of navigating the vast quantum software ecosystem by providing an efficient workflow between different simulation backends while avoiding the peculiarities of individual quantum software libraries. Discover the package's symbolic manipulation capabilities and understand how it translates to various numerical implementations including state-vector simulations, Gaussian quantum information, and Clifford stabilizer circuits. Gain insights into how QuantumSymbolics.jl enables developers to focus on the key aspects of quantum technology development by choosing the most appropriate formalism for specific quantum algorithms and hardware design problems without being constrained by individual library limitations.
