Issues

Components in the body with short relaxation times, such as menisci, ligaments, tendons, bones, and myelin, could be captured with improvements to MRI.

A better understanding of the molecules and interactions involved in the underwater adhesion of marine organisms could help develop new biomimetic adhesives.

The mechanics of why baking, solvent cleaning, and foil replacement fail to rid equipment of contaminants that can drain film performance by 90 percent

Modeling when micelles surrounding membrane proteins can be ignored as well as when — and how — they must be dealt with during time-resolved X-ray solution scattering.

Presto, an all-digital microwave instrument, improves scalability of qubit systems

Hybrid energy systems offer several advantages that, while difficult to quantify, could make them attractive financing opportunities.

Shipboard broadband sonars identify and measure species in the New England shelf break, a commercial-fishing zone.

RNA can treat a range of genetic disorders, but getting it to the target is the hardest part. Gold nanoparticles offer a potential solution.

A well-posed multilayer model involving a dilatancy law is developed and systematically compared to three different experimental scenarios.

Understanding how fish rely on wakes for increased speed and efficiency could provide insights into marine social structures and underwater drones.

Novel composite may herald advances in 3D printed smart materials

Fat stem cell treatment helps speed up nerve recovery after injury.