MITRE partners with NVIDIA on Walsh Imaging system

MITRE and NVIDIA are collaborating on Walsh Imaging, a framework for quantum imaging systems that focuses on semiconductor security, drug intervention, and healthcare. This system noninvasively produces images of nanoscale electromagnetic signals, which help in monitoring semiconductor functions and understanding brain neuronal responses.

Nima Leclerc, a quantum research scientist at MITRE, stated, “Walsh Imaging unlocks new potential across security, medicine, and the microelectronics sector through its ability to see small changes in electrical activity in cells and transistors at their natural scale, the nanoscale.” The Walsh Imaging technique demonstrates enhanced sensitivity and precision compared to traditional imaging methods.

The system utilizes quantum mechanics principles to measure minute environmental changes, utilizing the sensitivities of diamonds to electromagnetic fields. This technology is applicable in healthcare and cybersecurity, with simulation design relying on NVIDIA's GPU-accelerated CUDA-Q platform.

Furthermore, MITRE employs the NVIDIA DGX SuperPOD and its Federal Artificial Intelligence (AI) Sandbox to model the complex components necessary for this quantum imaging framework, significantly speeding up simulation processes.

Tim Costa, senior director at NVIDIA, commented, “This work shows the broad importance of accelerated simulations of quantum systems.”