Autonomous research, starting with quantum.
For researchers, by researchers.
Amicode — your open autonomous research interface
Describe what you want in plain language — a gate, a state preparation, a calibration sweep — and Amico authors a self-contained Piccolo.jl optimization from it, runs the solve, and streams the result to native panels. Every run is captured, every pulse versioned for warm-start, and every session distilled into durable knowledge — the loop gets smarter as you use it.
Every capability is one face of the same loop — authored here, run on hardware, read back into memory.
Built from first principles, used to realize a self-running quantum computer.
Piccolo.jl — Optimize
Best-in-class, locally runnable pulse optimization and simulation toolbox. Solve quantum optimal control problems with direct trajectory optimization.
Legato.jl — Compile
Compile quantum circuits to single optimized pulses — treating a gate block as one unitary skips gate decomposition and gate-boundary error accumulation.
Intonato.jl — Calibrate
Closed-loop pulse tuning of quantum hardware, built on the Piccolo ecosystem. Hardware interfacing, measurement handling, and calibration algorithms.
Foundations: DirectTrajOpt.jl · NamedTrajectories.jl
Premium tiers — Piccolissimo, Legatissimo, Intonatissimo — available by request.
For researchers, by researchers — quantum control in the loop with Stanford, Harvard, Fermilab QICK, Johns Hopkins APL, CMU & UChicago, Infleqtion, and NYU. harmoniqs.ai/research
harmoniqs.ai · docs.harmoniqs.co · app.harmoniqs.ai · MIT License
