Maven is a new social network launched by OpenAI and Twitter alums designed to remove the pressure to amass followers and reinfuse a sense of serendipitous exploration, emphasized in its tagline: “Follow interests, not influencers.” Abandoning what it calls the “popularity-contest style” of most platforms, Maven doesn’t include likes, and lets people follow “interests” instead of other accounts. Its founders built Maven’s algorithm by drawing on the principles of open-ended systems. Its goals include increasing the probability of serendipity while addressing users’ curiosity, thus upping the odds of “meeting people with complementary interests.” Continue reading New Social Network Maven Favors Serendipity Over Followers

Humans fear the very real possibility of robots replacing them in work environments, so manufacturers are doubling down on designing those robots to look friendly rather than threatening. As University of Central Florida professor Peter Hancock puts it, “it’s like Mary Poppins … a spoonful of sugar makes the robots go down.” Even if they don’t replace humans, robots already in the workplace are working in management, tracking workers’ every move, telling them to work faster, and even docking their pay. Continue reading Robots Look Friendly But Surveil, Manage Staff in Workplaces

If Apple, Google, Facebook and Microsoft attain their goal, more of us will soon have our first experiences with augmented reality. These tech behemoths are hiring the talent and spending the money to make it a reality, with the hope that AR headsets will become lighter and sleeker — maybe even contact lenses. The experts note that all of our Internet-connected devices (IoT), paired with the cloud and AI, will dramatically “unlock the spaces around us.” But the potential applications also raise a number of potential privacy issues. Continue reading Technology Giants Envision the Future of Augmented Reality

University of Central Florida researchers have developed a technology that could triple resolution for TVs, smartphones and other devices. On today’s video screens, color is produced by red, green and blue subpixels for each of the many thousands of pixels. UCF’s NanoScience Technology Center has discovered a way to, instead, tune each subpixel through differing electrical voltages, enabling them to turn a red subpixel blue, for example. That means subpixels are no longer necessary to display full RGB color. Continue reading Breakthrough Could Triple Resolution for TVs, Smartphones