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Recently, the research team headed by Professor Yang Yuchao from the School of Integrated Circuits at Peking University has achieved a major breakthrough in the realm of neuromorphic computing. Leveraging the unique physical properties of vanadium dioxide (VO₂), the team has successfully developed a locally active memristive oscillator. This innovative device is capable of operating on the "edge of chaos," a state that allows it to exhibit complex nonlinear dynamic behaviors, including frequency division, random oscillation, and frequency locking, through straightforward signal injection. The team's groundbreaking findings have been published in the internationally renowned journal National Science Review, offering fresh perspectives for the design of future efficient and intelligent neuromorphic computing chips.
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