AI-Designed Ultra-Strong Hydrogel Revolutionizes Underwater Adhesives
TL;DR
Researchers developed a data-driven approach combining data mining, experimentation, and machine learning to design super-adhesive hydrogels inspired by adhesive proteins, achieving underwater adhesion strengths exceeding 1 MPa and demonstrating potential for various applications including biomedical and marine environments.
Topics:sciencescience-and-technology#adhesive-proteins#data-driven-design#hydrogels#machine-learning#science-and-technology#soft-materials
- Data-driven de novo design of super-adhesive hydrogels Nature
- Super-sticky hydrogel is 10 times stronger than other glues underwater New Scientist
- AI designs strong underwater adhesive to secure rubber duck amidst waves - CHOSUNBIZ Chosunbiz
- New super-strong hydrogel can help advance biomedical and marine tech Interesting Engineering
- Immovable rubber ducks demonstrate highest-performing underwater adhesive hydrogel polymer Phys.org
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