This Self-Healing Material was Developed at Penn State
Michael Hemsworth — May 24, 2016 — Tech
References: news.psu.edu & geeky-gadgets
This new self-healing material was unveiled by a team of researchers at Penn State that has the ability to be cut in half and still be put back together without the need for glues or tools.
The material is a nano-composite material that could have a number of modern uses in the technology world from being used to create wearables, to other innovative purposes.
The self-healing material was created by a team led by professor Qing Wang and shows the ability to be moved, bent, stretched and flexed. When cut in half, the material can be placed back together and, after a short period of time, will be repaired like new and be ready to be used once again.
The material is a nano-composite material that could have a number of modern uses in the technology world from being used to create wearables, to other innovative purposes.
The self-healing material was created by a team led by professor Qing Wang and shows the ability to be moved, bent, stretched and flexed. When cut in half, the material can be placed back together and, after a short period of time, will be repaired like new and be ready to be used once again.
Trend Themes
1. Self-healing Materials - The development of self-healing materials has opened up new opportunities for creating long-lasting products.
2. Nano-composite Materials - The use of nano-composite materials has the potential to revolutionize various industries with its durability and self-healing properties.
3. Wearables Technology - The integration of self-healing materials in wearables technology can provide a more durable and long-lasting product for consumers.
Industry Implications
1. Electronics - The use of self-healing materials in electronics can lead to longer lasting products and reduced waste in the industry.
2. Automotive - The application of self-healing materials in the automotive industry can help reduce maintenance costs and increase product durability.
3. Medical Devices - The use of self-healing materials in medical devices can increase the lifespan of the products and provide better quality healthcare to patients.
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