This invention describes a software tool, a quantum compiler, that helps programmers write code for quantum computers, specifically those that solve problems by finding the lowest energy state, like quantum annealers. Programmers can use regular text-based code, and the compiler translates this into a mathematical description called a "program Hamiltonian" by breaking down the input into smaller pieces and combining them. This allows the quantum computer to run the program, where its physical state will naturally settle into a solution for the problem, with claims specifically detailing support for user-defined constraints and handling quantum table assignments.
Why it matters: Filed when quantum hardware and programming tools were nascent, today's more mature quantum computing ecosystem, with increased qubit counts and diverse programming frameworks, creates a stronger need for compilers that abstract hardware specifics for quantum annealing and adiabatic machines.
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