Concept and operating principle of the programmable dynamic memtransistor (PDM) for processing time-series signals across multiple timescales. Real-world time-series data contain both rapidly and slowly changing information, requiring different temporal response characteristics for effective analysis. Conventional semiconductor devices have a fixed, single temporal response, which limits the range of timescales they can process. In contrast, the PDM employs a dual-functional gate structure that enables its temporal response characteristics to be programmed at multiple levels, from fast to slow, and retained in a non-volatile manner...Read More
Physics, Technology/Electronics 
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