'Eric' Jung News in Pakistan

Magical Super-flexible battery keeps Your Phone Charged For A Week No you not need to worry about the charging of your phone because the researches have introduced a new flexible magical battery that has the capacity to store more energy than the traditional ones. The researchers are of the view that the new Super battery has the power to charge the handsets in seconds and offers lasting backup of almost a week on a single charge. This flexible and magical Supercapacitor is developed by the University of Central Florida that is too much thin and offers high power capacity. The team of researchers at UCF said that the new Super battery offers more energy storage capacity and be recharged more than 30,00 times without disrupting. The member of the team of researchers, Nitin Choudhary said that if you replace you mobile phone batteries with the supercapacitor you could charge you cellphones in seconds and you do not further need to charge your smartphone for at least a week. This novel invent of the University of Central Florida's NanoScience Technology Center has revolutionized the technology by using nanomaterial to develop the supercapacitors that could replace the batteries in mobile phone and electrical vehicles. The team of researchers at UCF has tested with putting on newly learn two-dimensional constituents only a small number of atoms thick to supercapacitors. Other researchers have also attempted preparations with graphene and other two-dimensional constituents, but with restricted achievement. There have been difficulties in the mode people include these two-dimensional supplies into the current systems - that's been a holdup in the field. The Principal investigator Yeonwoong 'Eric' Jung with UCF team said that they established a simple chemical fusion method so they can very well incorporate the current materials with the two-dimensional supplies. The team of Jung has created supercapacitors incorporated lots of nanometer-thick wires covered with casings of two-dimensional materials. Jung said that the extremely conductive core accelerates fast electron relocation for fast charging and discharging. The evenly covered casings of the two-dimensional materials offer high energy and power densities. The scientists are already believed that the two-dimensional materials detained countless potential for energy storage applications and there was no way to grasp that potential until the UCF-developed process for assimilating those materials. The researchers said that the supercapacitors that use the new materials could be used in phones and electronic devices, and electric vehicles that could benefit from unexpected eruptions of power and speed.