Researchers from Nanyang Technical University in Singapore have developed a microfiber technology that enables them to build brain-like computers. “Photonic synapses” are collections of microfibers that pass electronic signals. The optical fibers can send signals at the speed of light, much faster than the neurons in real brains. This breakthrough could provide a boost to both robotics and AI technology. Improved vehicle control, speech, and search are just some of the possible applications. Continue reading Breakthrough in AI Technology Mimics Synapses in the Brain

IBM recently unveiled the second generation of a new type of computer chip that consumes less power and performs faster than traditional chips based on Von Neumann architecture. The SyNAPSE chip, which is still in development, was designed to function like the human brain, using more than a million “neurons” communicating through electrical spikes. This new technology requires a new type of programming language as well, but the performance gains are massive. Continue reading IBM’s SyNAPSE Chip Mimics the Workings of a Human Brain

Stanford engineers have created the next step in interactive gaming — a video game controller that can sense a player’s emotions. The handheld game controller can monitor a player’s brain activity to decipher when a user is extremely engaged or bored, which could trigger zombies or another element of the game to be thrown at them to catch their attention. Gregory Kovacs, a professor of electrical engineering at Stanford, created a prototype controller in his lab in collaboration with Texas Instruments. Continue reading Engineers Developing Emotion-Based Video Game Controller

South Korean researchers at public university KAIST have developed an alternative to Google Glass called the K-Glass. Although similar to Google’s electronic eyewear, KAIST’s wearable alternative is equipped with a special AR chip that enables the device to recognize objects without relying on barcodes or other markers. While currently bulkier than Glass, KAIST explains that its processor “duplicates the ability of the human brain to process visual data.” Continue reading K-Glass: South Korea Developing Alternative to Google Glass

Fresh from last year’s win for “Paperman,” Disney is nominated for an Academy Award in the Animated Short Film category. Animators for “Get A Horse!,” which is partly done in a 1920s style, drew inspiration from early Disney holiday cards. The animation blends computer-generated imagery with traditional hand-drawn work, and the story involves Mickey Mouse on a mission to save Minnie Mouse from her lascivious kidnapper Peg-Leg Pete. A win for Disney would mark a first for an animated short starring Mickey.

Continue reading Disney Returns to 1928 for Animated Short Featuring Mickey

A new study from the journal of Molecular Psychiatry explores the impact of video gameplay on the brain’s gray matter, which is responsible for muscle control, memory, and language and sensory perception. Researchers from Berlin’s Max Planck Institute for Human Development and St. Hedwig-Hospital gathered adult subjects to play a game, “Mario 64” on Nintendo’s DS system, in order to analyze the potential effect of gameplay on the brain. Continue reading Study Suggests Video Game Playing May Increase Brain Size

Facebook is looking to expand its Graph Search algorithms to account for the use of slang and expressions, and translate them into searchable key words. The company adjusted its search algorithms in January, and the changes mostly worked. The new algorithms signal the beginning of new ways to search user information using natural and nuanced language, and provide more personalized ads. Other tech companies are looking into similar technologies. Continue reading Facebook Turns to Deep Learning to Grow Search Possibilities

DAQRI, an augmented reality developer, is creating software and augmented reality apps, combined with EEG monitoring devices and Google Glass, to bring mental control over physical and virtual environments. The company has created several augmented realities for marketing, entertainment, commercial and educational uses. The company’s efforts to add EEG sensors bring new ways to control devices, what is connected to them, and the environments they create. Continue reading Bringing Mental Concentration Control to Augmented Reality

The logic behind Neurowear’s new Mico headphones goes as follows: Since it can sometimes be challenging to pick the perfect song for your mood, why not allow your brain to do so automatically? The headphones use a brainwave sensor that detects what the wearer is feeling and then plays music to match that mood. This is a more practical product for Neurowear, which in the past launched a set of mind-controlled cat ears and a tail that wags when a person is excited. Continue reading Headphones Use Brainwave Sensor to Gauge Your Mood

Pentagon research agency DARPA is readying a four-year project to design artificial intelligence systems based on machines that can teach themselves using algorithms. An additional goal is to make it possible for ordinary people to build these machines. The agency believes it is possible to design and build computers that learn and evolve, not by modeling them after the human brain, but rather by using algorithms. Continue reading DARPA Turns to Algorithms to Improve Machine Learning