ICent Rex

Chinese tech giant Huawei has at last affirmed that it is building up it's very own OS to fight the android OS in the closest future. This affirmation has at last put and end to every bits of gossip that the organization intends to build up it's very own working framework. The name of the OS will be known as the KIRIN OS. Much the same as Huawei disclosed it's very own chipset processor, the Kirin processor to supplant the Qualcomm Snapdragon processors. The organization is doing likewise with the product. This implies Chinese tech organizations are not kidding. They are endeavoring to break their reliance on American tech organizations. China as of now has it's very own search engine. It's very own social media platforms, it's own vehicle organizations, it's very own electric vehicle new companies, it's own aeroplane makers, it's very own weapon makers, etc. In the event that Huawei wrap up it's very own OS, they'll have practically no com...

Microsoft is trying to woo students in the US to buy its latest Surface tablet, the Surface Pro 4, by offering it along with the Xbox One console and discounting the final price by $300. This means that if students buy the Surface Pro 4 along with the Xbox One from the company's retail stores, they would get the Xbox One free of cost. The offer is valid till August 14. The promotional offer comes just days after the company announced that it will stop production of Surface 3 end of this year. Microsoft's decision to stop the production of Surface 3 tablets is expected to help push sales of Surface Pro 3, Surface Pro 4 and the Surface Book in the market. Microsoft launched Surface 3 in March 2015.

MIT engineers have developed a method to bind gelatin-like polymer materials called hydrogels and elastomers, which could be used to make artificial skin and longer-lasting contact lenses. If you leave a cube of Jell-O on the kitchen counter, eventually its water will evaporate, leaving behind a shrunken, hardened mass — hardly an appetizing confection. The same is true for hydrogels. Made mostly of water, these gelatin-like polymer materials are stretchy and absorbent until they inevitably dry out. Now engineers at MIT have found a way to prevent hydrogels from dehydrating, with a technique that could lead to longer-lasting contact lenses, stretchy microfluidic devices, flexible bioelectronics, and even artificial skin. The engineers, led by Xuanhe Zhao, the Robert N. Noyce Career Development Associate Professor in MIT’s Department of Mechanical Engineering, devised a method to robustly bind hydrogels to elastomers — elastic polymers such as rubber and silicon...