Pairing MRI scans and an emerging field called radiomics could predict the chances a woman's breast cancer will make a comeback in the next 10 years.

A new method that provides accurate, real-time, computer-aided diagnosis of colorectal cancer identified tumors with 100% accuracy in a new pilot study.

A new microendoscope the width of just a few human hairs produces better images than current scopes by first taking "awful" ones.

How do teen brains react to movie violence? It depends on whether the violence is justified or not, according to new research.

An advance in photodetectors could enable cheaper, faster multispectral cameras for cancer surgery, food safety inspection, and precision agriculture.

A new microscope uses machine learning and LED lights to focus in on what's important, like the parasites inside cells infected with malaria.

A new, cheap-to-produce metamaterial could make MRI scans safer and faster for patients, while also boosting image quality.

Lenses made of a special type of plastic could lower the cost of infrared imaging for use in home security, fire protection, and autonomous vehicles.

A new contrast agent can detect liver fibrosis tumors 100 times smaller than currently approved agents—and reduces risk of toxicity, too.

New infrared imaging technology can reveal tumors deep inside tissue with greater clarity than current methods, which could help guide treatment.