IBM ResearchIncumbent

Long-running analog in-memory and neuromorphic compute program bridging novel-materials devices and deep learning.

Long-standing neuromorphic and phase-change memory work where thermal transport is device physics.

Long-running neuromorphic and analog in-memory compute plus photonics research.

Active in both nanophotonic/2D-material devices and neural-network accelerator research.

Long-standing superconductivity work (quantum hardware) plus deep ML materials-informatics teams.

Long-running neuromorphic and analog in-memory computing programs targeting native AI workloads.

Long-running analog in-memory and neuromorphic computing program bridging device physics and ML.

Long-running neuromorphic (TrueNorth) and thermal-management-of-chips work; sits directly on the neuromorphic + conduction bridge.

Leading analog in-memory and neuromorphic computing program actively hunting novel memristive materials.

Leads both superconducting qubit fabrication and analog in-memory/neuromorphic computing research.

Long-running spintronics and quantum-materials programs that connect topological physics to nanofabricated devices.