MXene‑Ti3C2Tx‑based neuromorphic computing: physical mechanisms, performance enhancement, and cutting‑edge computing

https://www.eurekalert.org/news-releases/1093348

"Overcomes CMOS bottlenecks, delivering sub-femtojoule synaptic events/ nanosecond response at sub-1 V operation... enables 5G/6G edge intelligence, implantable neuro-prosthetics... MXene devices flexible, multimodal, biocompatible... ECM, VCM, electron tunneling, charge trapping core switching mechanisms... steep-slope TFETs, NCFETs, floating-gate transistors built from MXene, exhibiting on/off ratios >106, sub-0.5 V SET, endurance >104 cycles... bendable e-skin/ retinal implant substrates... in-memory computing"

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