Tag: UC Berkeley
These lead free perovskite crystals not only harvests energy from the sun but can switch polarity.
Solar cell uses an electric field to separate positive and negative charges to generate electricity. While manufacturing, solar cells are doped with chemicals to...
This polymer based biodegradable circuit could be a sustainable alternative in transient electronics.
Most electronics on the market today are designed for portability, not recyclability. Tablets and electronic readers are assembled by glueing circuits, chips, and hard drives to thin...
Researchers are leveraging negative capacitance to make better transistors with the help of engineered crystal structures! This development could help computers run on less power.
Engineers from the University of California, Berkeley, describe a major breakthrough in the design of...
The method enables prototyping and testing of new designs much faster while reducing developing costs by great extent
Wearable sensors ranging from adhesive skin bandages to stretchable implants on organs monitor health or diagnose illnesses and are of
huge help for...
Made up of graphene sheet, the device captures camera-like images of electrical signals generated by human body cells
For treating patients suffering from a certain medical condition, it is essential for medical professionals to study the generation and flow of...
Besides being equipped with high-resolution multi-cameras, the tactile sensor is also multi-directional, which means it has detecting and measuring abilities on its entire surface.
Like all sensors out there, tactile sensors are essential in providing critical data through measurements...
Automation is gradually becoming a part of our everyday life. With new technological enhancements, the operational quality of automated machines such as robots may not even require any human mediation at all, as proven by a robot, which is...
