Using the Web to Create a Link between the Brain and Artificial Neurons

Using the Web to Create a Link between the Brain and Artificial Neurons

Could we be entering the age of integration between biological and artificial neurons? Some researchers in various countries seem to think so.

The brain ordinarily uses circuits of spiking neurons linked via synapses to function. These synapses can combine signal transmissions with memory storage and processing.

A study conducted between researchers at the University of Padova in Italy, the University of Zurich, and the University of Southampton showed a successful communication link being created between brain neurons and artificial neurons using the internet.

The successful link was created through the combined efforts of researchers from each of the aforementioned universities. Researchers at the University of Padova obtained neurons from rats in their laboratory, while researchers at the University of Zurich were able to create artificial neurons with Silicon microchips.

Researchers at the University of Southhampton then linked the two via artificial synapses which were created using nanotechnology.

These researchers were able to send communications from the biological neurons in Italy via these artificial synapses and the internet. These communications were successfully received by the artificial neurons in Zurich.

Researchers were able to run the process in reverse as well, thereby showing two-way communication between biological and artificial neurons.

Such an experiment was considered a challenge given that it required a combination of expertise from different fields and cutting edge technology to be carried out. The success of the experiment could generate interest from people in other disciplines that wish to explore possibilities from neural interface research.

The University of Southhampton researchers that developed the synapses were pleased with the outcome of the experiment, as biological and artificial neurons had never been linked before to communicate across global networks. They believe it could lead to future developments in which dysfunctional parts of the brain are successfully replaced with artificial intelligence chips, thereby paving the way for a new era.