Hardware‑aware quantum compilation
We co‑design with device topology and calibration maps to reduce crosstalk and depth. Our routing selects qubits with stable T1/T2 windows and adapts during runtime.
Tags: quantum, compilation, error mitigation
Research
We publish pragmatic research with measurable outcomes across computing, biology, and space systems.
Current areas
Robust error mitigation
Combines zero‑noise extrapolation with learned noise models to push effective error below 10⁻³ on near‑term devices, enabling deeper circuits.
Tags: quantum, noise, reliability
Trustworthy multimodal agents
Safety rails, tool‑use verification, and source‑grounded responses for deployable copilots in regulated workflows.
Tags: AI, agents, safety
Regenerative biotech platforms
Bio‑AI pipelines for cell state prediction and scaffold optimization; in‑vitro validation for tissue repair use cases.
Tags: biotech, regeneration, bio‑AI
Autonomous navigation for space
Vision‑based SLAM and fault‑tolerant planning optimized for radiation‑constrained compute aboard small satellites and rovers.
Tags: space, autonomy, SLAM
Neuromorphic acceleration
Sparse, event‑driven architectures for low‑power perception and control, with learned spiking modules.
Tags: hardware, neuromorphic, efficiency