This invention describes a way to set up a combined classical and quantum computer system to simulate chemical reactions. It works by feeding information about a chemical system into the hybrid setup, which then uses specific quantum algorithms, including a "pre-entangler" and a "variational circuit," to perform quantum calculations. The results are then processed to show how electrons behave in the chemical system. The claims specifically focus on *how to configure* this system, particularly using a parameter-free pre-entangler or one based on a Matrix Product States algorithm.
Why it matters: Advances in quantum software development kits and classical optimization techniques since 2023 have likely streamlined the process of configuring and running hybrid quantum-classical algorithms, making the specific pre-entangler and variational circuit approaches more practical.
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