Computers with Human Neurons: Biocomputing and the Swiss Startup FinalSpark

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Swiss startup FinalSpark is creating a revolution in the world of technology. The company is developing computers with human neurons , an innovation that could change the future of artificial intelligence.

These computers use living neurons , which are the cells that make up the human brain, to perform complex tasks faster and more efficiently than traditional computers.


How Computers Work with Human Neurons
The main difference between traditional computers and those developed by FinalSpark is the jamaica phone number library use of living neurons . In the computers we know today, information processing is done by silicon chips. These chips have physical and speed limitations, which impact the performance of several operations.

However, human neuron computers operate in a similar way to the human brain . They use biological neural networks , or real neurons, that are programmed to learn and adapt. This means that these computers can perform complex tasks more efficiently and with less energy consumption.

The Technology Behind Biological Computers
The neurons used by FinalSpark are grown in a laboratory. These neurons form connections, called synapses, in the same way as the human brain. The biological neural networks created from these neurons are capable of processing information, learning from experiences, and making decisions.

This revolutionary approach, known as biocomputing , paves the way for the development of biological artificial intelligence . Unlike current technologies, which require vast amounts of energy to process large volumes of data, computers with human neurons can perform these tasks more economically and adaptively.