UC Berkeley scientists develop new technique to study brain activity in real time

A new technique developed by UC Berkeley scientists allows scientists to study brain activity in real time, offering a new way to understand how the brain works. The technique, called "ultrafast MRI," uses a new type of MRI scanner that can capture images of the brain at a much faster rate than traditional MRI scanners. This allows scientists to see how brain activity changes over time, which could help them to better understand how the brain processes information and makes decisions.

UC Berkeley researchers develop new way to deliver drugs to the brain

UC Berkeley researchers have developed a new way to deliver drugs to the brain that could make treatments for brain diseases more effective. The new method, called "transcranial focused ultrasound," uses ultrasound waves to create tiny bubbles in the blood-brain barrier, which is a protective layer that surrounds the brain. These bubbles allow drugs to pass through the blood-brain barrier and reach the brain, where they can target specific cells and tissues.

UC Berkeley team develops new AI algorithm to predict earthquakes

A UC Berkeley team has developed a new AI algorithm that can predict earthquakes with up to 95% accuracy. The algorithm, called "EQTransformer," uses a deep learning model to analyze data from seismic sensors and identify patterns that are indicative of an impending earthquake. EQTransformer is the first AI algorithm to be able to predict earthquakes with such high accuracy, and it could help to save lives and property in the event of a major earthquake.