Neural Network

For the first time, Cortical Labs' mini-brain system has shown how its breakthrough biological computer system can, in response to drug intervention, alter activity and improve performance. It's a huge milestone for synthetic biological intelligence.

Unlike current translation devices that focus on one speaker, researchers have just developed a pair of headphones that can determine how many people are speaking, follow them through space, and translate each person's words as a separate stream.

The first-ever "biological computer" powered by human cells, which form an ever-learning neural network, has been launched. It's an entirely new kind of AI – Synthethic Biological Intelligence – and not even its creators can predict its full potential.

Every day new articles about "revolutionary breakthrough!" in AI hit my screen. The latest headline was "Torque Clustering" and "autonomous AI is on the horizon." But is it really? I did a deep dive with simple analogies to figure it out.

Binge-drinking in early adult years fundamentally changes how brain neurons communicate, in what scientists equate to a faulty gas pedal in a car that needs more pressure applied to "go." This type of dysfunction is also seen in Alzheimer's disease.

Ever been caught in the crossfire of a wet dog firing droplets of water away from their fur with a mad shake? Well, they can't help it. Scientists have identified the innate sense-motor function mechanism that drives dogs to twist and spout.

Fascinating new findings uncover how clusters of 'brain stars' retain our learnings – and it changes what we previously understood about how memories are held and retrieved in our minds. The medical implications of this are vast.

Whether we've watched athletes do it or experienced it ourselves, 'choking' in a high-stakes moment comes down to more than composure. For the first time, scientists have uncovered a set of neurons that fail to do their job when the payoff is greatest.

Unpredictable monster waves at sea can severely damage ships and offshore platforms, putting the lives of those who work on them at risk. A new system out of the University of Maryland uses a neural network to provide valuable early-warning alerts.

Sleep studies provide a lot of important information but aren’t very patient-friendly. So, researchers redesigned the process, eliminating the multitudes of wires normally used while producing results that are on par with the current gold-standard method.

Instead of equipping its sharp-looking GR-1 general purpose humanoid with a full next-gen sensor suite including such things as radar and LiDAR, Fourier Intelligence's engineers have gone vision-only.

Based on fractal patterns in neurons, researchers believe our brains exist at or near a state called criticality where they're extremely close to shifting from one state of matter to another. They also admit they don't know what either state is.