Although previous 3-D-printed microfluidics have held promise for drug testing, chemicals in their resin usually kill cells quickly. The researchers captured fluorescence microscopy images that ...
Researchers at MIT have incorporated microfluidics into individual fibers, making it possible to process higher volumes of fluid in more complex ways. In doing so, they have enabled diverse new applications—especially for the medical-testing field.
We are developing a tank fluid-level monitoring system. This system can be deployed in breweries, wineries, and other beverage facilities at the IoT edge to collect the status of the fluid levels ...
The top layer consists of junction-less devices fabricated at a temperature below 525 degrees Celsius in a silicon layer transferred by wafer-to-wafer bonding. The excellent performance of the resulting stack demonstrates how the 3D sequential approach can ...
New graphene nanotechnology in batteries could reduce charging times, improve durability and boost energy density. Jas Kandola, CEO of the Graphene Corporation, said his company has developed high-performance graphene-lithium batteries in a commercially ...
