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This collection focuses on nano-opto-electro-mechanical systems devices such as NEMS resonators and MIM-THz diodes for IoT and AI, and neuromorphic computing and sensing applications along with 2D quantum resonators for atto-level and beyond sensing and measurements for biotechnology, aeronautical and space and undersea areas.

Keywords: NEMS resonators, MIM-THz diodes, neuromorphic computing and sensing, 2D quantum resonators, quantum-nano-biotechnology, sensors for space and undersea, AI, IoT, sensing beyond atto-level.

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This webinar explores the cutting-edge frontier of Defective Functional Materials for AI Chips, Next-Generation Sensors, and Terahertz Electronics. This rapidly evolving field is reshaping the future of intelligent systems, sensing technologies, and ultra-high-frequency electronics.

The discussions featured in this session aim to demonstrate how defects in functional materials, often seen as limitations, can be harnessed to enhance performance in AI chips, unlock new sensing modalities, and push the boundaries of terahertz electronics. We’ll explore how these innovations are enabling smarter, faster, and more resilient technologies across disciplines.

Chair: Prof. Dr. Mustafa Yavuz

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The webinar of Sensors’ Special Issue, “MEMS and NEMS Sensors”, is open to all who enjoy conducting research on the topic of innovative ideas for nano/micro-electro-mechanical and optical system sensors or are passionate about learning about this exciting and competitive research area. The webinar speakers will present new findings, from basic to translational research.

Link of the webinar is here

Special Issue "Materials for Nano- and Micro-Electro-Mechanical-Systems"

Special Issue "Functional Materials for Memristors, Metal-Insulator-Metal (MIM) Tunneling Diodes and Field Effect Transistors (FET)"

Special Issue "MEMS and NEMS Sensors"