Approach highlights methods for using lower-cost molybdenum electrodes and the impact of oxygen on impeding electrical ...

A clean, smooth interface between a gallium oxide semiconductor and palladium electrodes enhances the performance of ...

“This is the first study to show experimental evidence that swimming microbes in a fluid flow can undergo chaotic motion, ...

Increasing the separation angle of the Wollaston prism provides significantly improved sub-centimeter agreement with models.

In one device, photothermal microcavities simultaneously measure light power and wavelength for potential applications in ...

Fluorescent molecules that respond to changes in viscosity could provide a fast, accurate tool to probe the mechanical ...

The novel capability of resonant soft X-ray scattering at the Stanford Synchrotron Radiation Lightsource achieved a low base ...

As the average age of the global population increases, healthcare systems must adapt to treating chronic wounds in elderly ...

Electrostatic stresses can overcome surface tension on water-based dust grains, causing them to elongate.

Autonomous microscopy promises path towards improved materials characterization – and unprecedented advances in physics ...

Using a combination of slurry and gas-phase silicon evaporation methods, researchers have developed a high-density protective ...

Spectroscopic data and density functional theory calculations reveal details of remodeling process during oxygen evolution ...