Researchers have developed a rapid, solvent-assisted laser technique to assemble gold nanorods into ordered patterns on glass ...

Pericyte TCF21-targeting peptide was designed by AlphaFold and its mechanisms were examined by microscale thermophoresis. This study first uncovers the heterogeneity of TPCs during CRC liver ...

Get Instant Summarized Text (Gist) A microscale brain–computer interface has been developed, small enough to fit between hair follicles. The device uses cross-shaped resin sensors with ...

The ability to analyze materials at the microscale in real time is reshaping multiple industries by providing critical insights into how materials perform under various conditions. In aerospace and ...

Done well, using something like Microscale Industries’ Micro Sol and Micro Set, decals can look great. But it can be incredibly challenging to get a decal to lay flat on a curved surface — you ...

The team even extended the 1D-mobility ideas originally proposed by Kollmann in 2003 to cover these active systems, a breakthrough that could help design better microscale devices. "Before we can ...

Microscale brain sensor The tiny sensor enables thought control of external devices, even during intense motion. (Courtesy: W Hong Yeo) Brain–computer interfaces (BCIs) enable the flow of information ...

The project also reflects ongoing research in the lab, as Park is working on microscale active surfaces that use rotating magnetic fields to clean biofilms from medical devices. Young, meanwhile ...

The sensors are made of cross-shaped resin with microscale spikes. The spikes poke through some of the skin when the sensor is pushed onto the scalp. Each sensor is also connected to what the team ...

In order to prevent this behavior and optimize such suspensions, we have to know precisely how particles behave on a microscale and what forces occur in the process.