Károly of Two Minute Papers explains how Researchers at Google have devised an AI-backed translation tech which maps speech to speech without an intermediate translation to text. What’s really amazing is that it can synthesize the voice of the original speaker into the other language. Listen to some of its voice samples here.
Scientists from Samsung’s Moscow-based AI Research Center recently showed off “Few-Shot Adversarial Learning” tech, which can generate talking head videos from just a handful of still images, and a source video of another head. It’s so impressive, they even made the Mona Lisa talk.
You might know web development or systems administration, but do you know how to harden your systems against hackers and other security threats? Name your price and up your skills with this extensive series of cybersecurity training in The Awesomer Shop.
Modern image recognition technology is getting really good at identifying objects. But engineers at MIT CSAIL show us how simply playing with their textures can confuse the AI into thinking an object is something completely different than what it actually is.
The world’s first hands-free interstate cruising system is here, and we were one of the first to test it out on a trip from Cleveland to Memphis via Chicago. We were left thoroughly impressed by this “Super Cruise” setup, and what it means for the future of highway travel as we know it.
Mice, keyboards, touchscreens. Siri, Alexa, Google. All these input methods could be replaced by simply thinking, if the tech exurb1a describes ever becomes mainstream. But the stuff that really gets us thinking is the idea of the real world Borg collective.
We went behind the scenes with Mark Levinson to learn about the audiophile grade sound systems they make for Lexus vehicles. There’s no way to convey how amazing they sound without listening in person, but read on to get a sense of just what goes into making these systems so good.
Scientists from Disney Research are working on tech which uses something called “quasistatic cavity resonance” to emit magnetic fields that can safely deliver up to 1900 watts of wireless power to devices placed anywhere in a room. It’s still in its infancy, but the result is awesome.
You’ve probably heard the term “quantum computing” at some point, but most of us don’t have a solid grip on what makes it key to our technological future. Here, KurzGesagt puts the science of making computers that can defy physical limits in terms we can all understand.