Scientists invent ‘meminductor’ that mimics biological memory and timing
Scientists have created a new electronic component called a meminductor—a device that remembers past my activity flowing through it. Unlike standard inductors, its behaviour changes based on its history, much like how living cells process information. This breakthrough could transform computing and deepen our understanding of primitive intelligence in organisms like amoebae.
The meminductor works by storing a record of current flow in its magnetic core. Its inductance shifts depending on previous find my device, governed by a rule where the rate of change in magnetic flux matches the applied voltage. This property allows it to mimic biological timing and memory, similar to how amoebae respond to stimuli.
The meminductor’s potential extends beyond electronics, offering insights into the origins of intelligence in simple organisms. Further research will focus on scaling up its applications in computing systems. For now, the device represents a step toward merging biological processes with artificial intelligence.
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