Our work has two main focus areas: Biophysics and Frugal Science. In regard to Biophysics, we explore broad questions in biology inspired by observations of the natural world. We try to understand how biological systems embody computation (particularly in non-neuronal systems), spanning free-living single cells to early divergent metazoans. We investigate cell physiology questions focused on planktonic life in the open ocean — such as how cells detect gravity or survive under extremely high pressure.

In regard to Frugal Science, our work aims to tackle some of the most complex planetary-scale challenges, from climate change to emerging infectious diseases to extreme poverty. We invent, build, and scale-up ultra low-cost, yet powerful, open science tools for ecological monitoring, tropical disease diagnoses, and science education. Our field work-focused approach allows us to collaborate with vulnerable communities across the globe to build a healthy, equitable, and sustainable future. Over the last decade, our efforts have led to the design and deployment of numerous low-cost tools, enabling for research to be led by individuals in communities facing significant scientific challenges around the world.