Long-Term Focus Areas

Machines that heal.

Surgical robotics, rehabilitation devices, and autonomous systems that extend what clinicians can do and bring precision medicine to places it has never reached. We explore how robotics can close the gap between diagnosis and intervention.

Reading the code of life.

The genome is the most detailed blueprint we have for understanding disease. We focus on how genomic data can be interpreted, acted upon, and ultimately used to design therapies that are tailored to the individual — not the average patient.

Food as the first medicine.

Nutrition is one of the most underutilized levers in medicine. We're exploring how diet, micronutrients, and the gut microbiome interact with disease progression — and how nutritional interventions can be as precisely prescribed as pharmaceuticals.

Restoring movement, touch, and independence.

Modern prosthetics sit at the intersection of robotics, neuroscience, materials science, and human-centered design. We explore bionic limbs and assistive systems that do more than replace what was lost — they expand what people can do.

Not just longer life — no death at all.

Aging is the single greatest risk factor for nearly every major disease. But we ask a more radical question: what if aging itself is not inevitable? We explore the mechanisms of biological decay — from epigenetic drift to mitochondrial decline — with the audacious goal of defeating them entirely.