Energy-efficient electronics with an air-friction-driven rotating gate transistor using tribotronics

초록

Concern for the environment is one of the main factors that are increasing the demand for compact and energy -efficient electronic devices. Recent research has made advances in reducing the power consumption of field-effect transistors, including the use of high -dielectric insulators, low -voltage operation, and selective power -conservation strategies. This paper introduces a revolutionary air -friction -driven rotating gate transistor that operates without the need for a conventional gate voltage. This new device offers the advantages of wear resistance, a slim and flexible design (achieved through low -temperature solution processing), and a simplified three -layer structure that streamlines manufacturing and reduces potential carbon emissions. This device's wear resistance and ease of fabrication render the device a promising technology with applications in various fields, including electronics, vehicles, aviation, and wearable devices. This study provides evidence of the device's feasibility for use in real -world vehicular scenarios, underscoring its potential for future innovation and widespread adoption.

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