People want to be problem solvers; they want to be able to lift the burden off others shoulders. Are you like that or do you want to be a parasite that just wait to consume what others have worked hard for?
Have you ever considered the fact that you can do something too or even do better than all the problem solvers that have gone ahead of you? The truth is that even before your conception, you have been destined to be great and to be a problem solver. Coming to terms with this truth and doing something with it, is the step that a lot of people fear to take before they die. Do not be like that; the world awaits your manifestation as a creature of God.
Being a problem solver does not mean that you have to invent something or produce something from the scratch, it could just mean that you are the one to improve on what some else has done previously. We have been using batteries before now, but no one has had or bought a battery that will last forever. With is discovery in the article below, more solution will be invented by someone who is tapping into their potential. Why not you too? It is never too late to do it.
Scientists accidentally work out how they could make phone batteries last forever
In the world of glorious accidents this could well prove to be the greatest,
Scientists who were messing around with a gel have accidentally worked out a way to make batteries last forever.
The component – nanowires – doesn’t usually deal well with charging in a typical lithium battery and usually wear out after 7,000 cycles or so.The researchers at the University of California at Irvine realised that by coating a brittle component in batteries in a shell they can be recharged (or cycled) hundreds of thousands of times and not lose any power.
But with a manganese dioxide shell they lost no power despite being cycled more than 200,000 times in three months.
This could lead to laptop, phone and tablet batteries that last forever. It might also benefit commercial batteries in cars and spacecraft.
The person to thank for the breakthrough, is Mya Le Thai, a PHD student at the university.
Reginald Penner, chairman of UCI’s chemistry department, said she was ‘playing around’ when she coated the wires in the thin gel layer.
He told The Inquirer: ‘She discovered that just by using this gel she could cycle it hundreds of thousands of times without losing any capacity.
Mya said the coat helped the nanowire electrode hold its shape much better, therefore making it more relaible.‘That was crazy, because these things typically die in dramatic fashion after 5,000 or 6,000 or 7,000 cycles at most.’
She added: ‘This research proves that a nanowire-based battery electrode can have a long lifetime and that we can make these kinds of batteries a reality.’
Read more: http://metro.co.uk/2016/04/23/scientists-accidentally-work-out-how-they-could-make-phone-batteries-last-forever-5836772/#ixzz46gxhH03U
