Cracked smartphone screens are a common ailment for the modern-day mobile user. Whether you’ve dropped your handset on the sidewalk or someone else smacked it out of your hands, the screen glass is surely damaged. What do you do now?
There’re simple steps users can take to fix a broken phone screen, like always going to a smartphone repair shop, but scientists have also been working on making the displays more resilient and less prone to smashing.
A team of researchers from Queen’s University’s School of Mathematics and Physics and the National Institute for Materials Science in Japan considers they may develop a material that would end cracked smartphone screens for good.
At present, most parts of a smartphone are made up of silicon and other compounds, which are expensive and crack easily. However, with nearly 1.5bn cellphones purchased worldwide last fall, producers are on the lookout for something more durable and less costly, scientists stated.
There’s nothing more annoying than falling your handset, only to pick it up and find that the display has shattered. And if you don’t know how to fix cracked cellphone screen, it may ruin your monthly budget. Not anymore! These annoyances could soon be ended with the development of the new Miracle material.
The team created a Miracle material to fix cracked screen. It consolidates semiconducting molecules C60 together with layered materials like hBN and graphene. The new material is suitable and can even convert sunlight into electricity. Dr. Elton Santos from School of Mathematics and Physics said,
“Our findings show that this new ‘miracle material’ has similar physical properties to Silicon but it has improved chemical stability, lightness, and flexibility, which could potentially be used in smart devices and would be much less likely to break.”
He further added that the new material could lead to umpteen of applications besides cracked smartphone screens. The team of researchers brought together their expertise in physics, chemistry, and materials science to build this material that could just mean stronger cellphone screens.
There’s still a major obstacle for scientists. It can’t be said for now that the Miracle material doesn’t have any downside. At the moment, the material’s structural design is missing a band gap that lets on-off switching off electronic devices, but scientists already have a solution lined up.
But once this issue gets resolved, bemoaning cracked smartphone screens may be a thing of the past.
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