![]() ![]() This bio-inspired function enables the transistor to set new records in terms of energy efficiency: the transistor consumes 1 femtoJoul/square micron, the same amount as a synapse. ![]() According to their number, they modulate the channel’s electronic conductivity. In the transistor’s case, its channel is made up of titanium oxide through which lithium ions flow. The transistor takes advantage of the same electrochemical reaction found in a synapse. A transistor with several dozen states can imitate this behavior.Īnother similarity between this new transistor and a synapse is that both are ionic. Synapses act as the connection between brain neurons, which are activated when their synapses have recorded a certain number of electrical impulses. This enables it to reproduce how synapses function. The transistor is analog in other words, instead of having two possible states, open & closed, it has around 50 possible states. MaCEA-Leti has announced the development of a transistor inspired by human synapses. Since 1987 - Covering the Fastest Computers in the World and the People Who Run Them ![]()
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