Making AI smarter with an artificial, multisensory integrated neuron

Penn State researchers have developed the first artificial, multisensory integrated neuron.

A tactile sensor and a visual sensor can communicate directly with each other.

The neuron generates electrical spikes in a manner reminiscent of neurons processing information.

It's the equivalent of seeing an "on" light on the stove and feeling heat coming off of a burner.

An artificial multisensory neuron system could enhance sensor technology's efficiency, paving the way for more eco-friendly AI uses.

As a result, robots, drones and self-driving vehicles could navigate their environment more effectively while using less energy.

The Army Research Office and the National Science Foundation supported this work.