About the service
I'm a quantum software developer specializing in Q-sharp — Microsoft's language for quantum computing. My job is turning abstract quantum ideas into code that actually runs and gives reproducible results. Over several years I've written many operations, functions, and complete applications in Q-sharp, orchestrating them from classical host programs and validating every output on simulators before hitting real hardware. My scope covers everything: quantum algorithm design, circuit composition and optimization, noise-aware simulation, and assembly of hybrid quantum-classical programs where a classical loop parameterizes a quantum subroutine. If you have a task that "smells" quantum but you're unsure how to express it, I'll help honestly evaluate it and show where real advantage might emerge. Concretely I deliver clean Q-sharp source with clear entry points, a host program that prepares input data and reads measurement statistics, and simulation wrappers letting you reproduce every figure I cite. I implement and explain classics — amplitude amplification, phase estimation, quantum Fourier transform, variational methods like VQE and QAOA — and tailor them to your operators and cost functions rather than paste a textbook template. I assess qubit count and gate depth, trim circuit width where it matters, and document trade-offs so the team understands what each optimization bought. Everything ships with unit tests against the simulator, in-code comments, and a brief written breakdown. My goal is not a black box but transferable knowledge: you should be able to read the code, extend circuits, and reason about results independently. Describe your goal — a specific algorithm, prototype, or teaching example — and I'll outline the work scope, timeline, and assumptions before the first Q-sharp line.
