We are looking for senior software engineers! Please visit this page and apply if you are interested!


The Opportunity

Light in fact travels deep inside the body. You can try this experiment with your smartphone flash – a huge amount of light can traverse deep into the body. And it is both non-ionizing (400-1100nm), and cheap to produce, control and sense.


How scattering poses a huge barrier

Most pass-through photons are scattered, with an average of 10 scattering events per mm. By 50mm, a photon could face avg 500 scattering events! The result is that if we wanted to use light for imaging, we have a very large-scale inverse problem with low SNR.

Computational Photo-Scatterography

A new paradigm to solve large-scale bio-imaging inverse problems. The new computational imaging paradigm will jointly leverage all computing domains – optical, analog & digital, producing platform technologies to impact a host of medical and wellness applications, ranging from wearables to non-invasive point-of-care devices.


NSF Expeditions in Computing

Come join our team

We are looking for undergraduate, graduate and post-doctoral associates to join the team. We are a diverse team and welcome all students. Please contact the team members to learn more.