Researchers have made great progress in wearable health technology by developing new electronic leather (E-SKIN) that fixes himself and regains more than 80% of its functions within 10 seconds of damage, which is significant progress compared to current technologies that may take minutes or hours to recover.
The research team expects that this technology will have applications that range from sports performance monitoring to medical rehabilitation and daily health tracking.
The study was conducted by researchers from the Tirassaki Institute for Biomedical Innovation in the United States, and its results were published in the magazine “Science Advances” on February 12 and wrote on the Yurik Alier site.
Reliable performance and integration with artificial intelligence
The new technology combines smoothly between high -speed self -healing capabilities, trusted performance in harsh conditions, advanced integration of artificial intelligence and high -precision health monitoring systems. This integration allows the discovery of fatigue in the actual time and to assess the strength of the muscles with remarkable accuracy.
“This self -healing technique is a fundamental shift in wearable electronics. By achieving healing times of seconds instead of minutes or hours, we overcame one of the main barriers. In front of the daily practical use of electronic leather devices. “
This technology provides hopes for monitoring muscle strength and evaluating fatigue, and providing possible applications in athletics, rehabilitation and public health monitoring. Its ability to work in different environmental conditions makes it especially versatile for use in the real world.
Durability you need in daily life
Professor Ali Khadeb Hosseini, a researcher participating in the study from the Terrasaki Institute for Biomedical Innovation in the United States, “This makes this penetration in particular exciting is its direct practical effects. Difficult conditions like environments underwater.
New technology solves a very important problem in wearable technology, which is the need for durability in daily use. Traditional electronic skin devices often lose their effectiveness when scratched or damaged, which limits their practical application. Self -recovery capacity for this new technology ensures fixed and reliable health monitoring even under difficult circumstances.