Publications by authors named "Jikun Han"
Article Synopsis
- Optoelectronic synapses are crucial for creating advanced neuromorphic visual systems, but integrating multiple features into one device is challenging.
- A new stretchable optoelectronic synapse using biodegradable ionic gelatin has been developed, demonstrating self-powered synaptic behavior and excellent elasticity while degrading quickly upon disposal.
- The device can self-repair within one minute due to non-covalent interactions, maintaining its optoelectronic properties after recovery, and showcases the potential for low-cost, sustainable synapse technology in artificial intelligence and vision systems.
Stretchable, Washable, and Anti-Ultraviolet i-Textile-Based Wearable Device for Motion Monitoring.
ACS Appl Mater Interfaces
March 2024
Article Synopsis
- Smart textiles are crucial for wearable electronics, and challenges remain in enhancing their stability and functionality.
- Researchers created an ionic textile (i-textile) that is breathable, water-resistant, UV-resistant, and capable of sensing through a process called in situ photopolymerization.
- The i-textile retains its electrical properties even after multiple washes and stretching, and it effectively detects human joint motion, showcasing its potential for future applications in wearable technology.
Research on the mechanism of plant root-soil consolidation is a current focus in research into the ecological restoration of banks. The stability of ecological banks is central to this research, and bank stability is closely related to plant combinations and spacing. Recent research on reinforced anchorage of plant roots has mainly focused on root length and angle, and on other parts of the root system, and only a few studies have examined the combination of different types of roots.
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