This drone gun won’t destroy your drone, but it will take it down from over a mile away. By disabling signals keeping the drone afloat, such as GPS, the “DroneGun” can knock a drone off its course, keeping it from arriving at its destination.
Finland’s education system is considered one of the best in the world. In international ratings, it’s always in the top ten. However, the authorities there aren’t ready to rest on their laurels, and they’ve decided to carry through a real revolution in their school system.
Could you create light from a bag of rocks and a downward force? The answer may surprise you. Creating a future that’s bright and safe for all is at the heart of GravityLight – the lamp that’s lighting areas of the world with limited access to electricity using the power of (you guessed it) gravity.
Earlier this year there was an unprecedented collaboration between ING, Microsoft and TU Delft, with the willing participation of Dutch museums Mauritshuis and Rembrandthuis, to teach an artificial intelligence to paint a Rembrandt.
DARPA is on track to unveil a working prototype of its “Tern” drone system in 2018 that could eventually give the Navy and Marines persistent surveillance and strike targeting “virtually anywhere in the world.”
In an enormous grocery store in northern France, the lights above the aisles aren’t all they seem to be. They look ordinary—more than a mile and a half of fixtures exuding bright light, folded into a grid overhead—but they’re actually flickering faster than the human eye can see. The unique patterns each individual section of lighting emits are a 21st-century twist on Morse code, meant not for people, but for the cameras on their phones.
You’re having dinner in a virtual reality game. The banquet scene in front of you looks so real that your mouth is watering. Normally, you would be disappointed, but not this time. You approach the food, stick out your tongue – and taste the flavours on display. You move your jaw to chew – and feel the food’s texture between your teeth.
I checked out a replay of a Reggie Watts show and definitely felt like the energy and movement of his character came across. Since the show had been recorded before the capture feature was announced, however, AltspaceVR had erased all the avatars in the crowd, as those people had not consented to be filmed. I was alone in a room with a prerecorded avatar of Reggie Watts, and sea of emoji rising toward the ceiling, reactions from the ghost of an audience I could no longer see.
Technology is advancing fast. Probably at a rate faster than ever before, and that trend is only set to continue. Sooner than once imagined, we will all be integrated into a world of AI and science fiction and some technologies that we thought would never be possible will soon be emerging. Below is a list of the top 10 most likely technologies to emerge within the next 80 or so years. Some are closer than others to being a reality, but all are certainly possible.
A team of researchers at Oxford University have coaxed an artificial intelligence program into an impressive leap forward and towards our own obsolescence. The program, known as LipNet, is showing particularly promising ability to read lips in video clips, thanks to machine learning and a novel way of approaching the data.
The Russian Fund for Perspective Research has performed tests on 3D printed bullets. According to the organization, the additive manufactured ammunition performed in a similar manner to traditionally made bullets.
Coined in 1956 by John McCarthy, it was originally intended to define an independent machine agent that can take actions to maximize success toward a particular goal, with human-like functions such as learning and problem solving. AI can be broadly categorized as ANI (artificial narrow intelligence), AGI (artificial general intelligence) and ASI (artificial superintelligence). Almost all of the AI systems we see today align under ANI — e.g., IBM Watson, Deep Blue, a calculator, even the device you’re reading this from all fall into that category. All are built to perform specific functions, but are not quite at a human level.