So far, Silicon chips inspired by the way the brain works are limited In imitation of brain functions, most examples are based on electronic principles. However, reality may be about to change.

A team of scientists from Indiana University managed Linking clusters of lab-grown human brain cells, known as “brain organoids”, to an artificial intelligence chip (I for). This system is called Brainware, and it has demonstrated the ability to perform the tasks.

The approach involves Sending and receiving information to and from the brain organs from an array of electrodes High intensity, monitoring responses and changes. Spatiotemporal electrical stimuli have been used to achieve nonlinear dynamic properties and short-term memory and are intended to perform unsupervised arithmetic tasks.

It was a hybrid system It has been tested in areas such as speech recognition and mathematical calculations, with positive results, but with less accuracy Compared to traditional artificial neural networks.

Results too Show other restrictionssuch as the fact that Brainware has not yet achieved optimal accuracy or has failed to demonstrate the ability to process information, store it long-term, or learn multiple tasks.

Moreover, some scientists assert that the cerebral organs do not have the true ability to hear speech. It only reacts to electrical stimuli.

Despite the limitations, The study is good evidence of the brain organs’ capabilities and paves the way for further research On the use of brain cells in biological computing systems.