Always On Apple Watch; Twitter Boss Kept White Supremicists; Audi Starts Building 1st e-SUV; Nanobots Swarm For Medical ProceduresPosted: September 4, 2018 Filed under: Uncategorized | Tags: Always-on, Apple, Audi, e-SUV, Nanobots, OLED display, trolls, Twitter Leave a comment
It may not be out by the models next week, but Apple is working on an always-on Apple watch display. Bgr.com says the trick is to minimize burn on OLED screens, which an always-on condition causes. Apple is toiling on a method of artificially adjusting the brightness and colors of particular areas of the screen, which would minimize burn. People have been clamoring for an always on time display at the least (raising hand here), so lets hope this happens. The Apple Watch 3 can make it (barely) 3 days on a charge, and it may be that the new model coming out on the 12th can even improve on that.
Lots of sets of eyeballs, not to mention bots and trolls, must be pretty critical to Twitter. Gizmodo.com reports that Jack Dorsey overruled staff to keep Alex Jones and White Supremacist Richard Spencer on the platform. The Twitter CEO is apparently terrified of infuriating a loud, angry extreme conservative movement, so he caved on banning high profile accounts like conspiracy master Alex Jones. The Wall Street Journal reported extensively on this, but Twitter is officially denying it.
Audi ramped up production on its first all-electric SUV last week, according to techcrunch.com. The company plans to show the e-tron SUV September 17th in San Francisco. Audi had been working on an e-tron quattro for several years. The electric SUV is being built in Brussels, Belgium where the company also has its own battery production line. the e-SUV is supposed to have fast charging capability and a range of about 250 miles. It should go on sale by the end of the year.
New research from Chinese University/Hong Kong indicates that a magnetic field can be used to control movement of swarms of nanobots, and implement swarm behaviors. Cnet.com says this could be used by surgeons to perform complex medical tasks. By using swarms of nanobots, surgeons may be able to target drug delivery, cancer therapies, and do eye surgeries. A university team has already begun animal tests on the nano-swarms.