• A new smartphone-based system can identify objects simply by being knocked against them.
  • If you build a soft robot, you don't want to put rigid actuators inside. With that in mind, scientists have created pliable artificial muscles.
  • ​Hooking our brains up to machines could mean new forms of treatment for brain diseases such as Alzheimer’s. A new device shows promises in this regard, with an ability to be loaded up with different cartridges depending on the treatment needed and triggered remotely with a smartphone.
  • Science
    ​Xenos peckii is a parasitic insect that spends much of its life cycle within the body of a wasp, but it's also known for its unusual eye structure. By copying that structure, scientists have created an ultra-slim camera that could allow for the manufacturing of thinner-than-ever smartphones.
  • ​Studies have already shown that by irradiating bald skin using red lasers, hair follicles can be stimulated into growing new hair. Unfortunately, though, such laser setups are large, cumbersome and energy-inefficient. With that in mind, scientists have developed a wearable LED photostimulator.
  • Science
    ​Although there already are devices that let you objectively check if you've got bad breath (aka halitosis), they typically require a power source and an involved calibration process, plus they often aren't very sensitive or quick to respond. A newly-developed sensor, however, could change that.
  • We’re so used to having devices powered by lithium-ion batteries that it’s hard to imagine using anything else, but there are plenty of alternatives. The latest, an aqueous hybrid capacitor, is stable, safe and boasts high energy and power densities, recharging in as little as 20 seconds.
  • In what may be a preview of the future of athletics, Hubo, a humanoid robot, carried the Olympic torch in Daejeon, South Korea as part of the relay leading up to the 2018 PyeongChang Winter Olympics. The robot had to perform a disaster rescue operation to hand off the torch to the next runner.
  • Scientists are exploring ways to augment living animals with robotic systems, and now a team from the Korea Advanced Institute of Science and Technology (KAIST) has used a "parasitic robot" to control the movements of a live turtle by feeding it treats.
  • Science
    ​Cyborg insects have been scuttling and buzzing around for years, but now, researchers from KAIST have scaled the idea up to a turtle. With their concept system, a human driver could use a brain-computer interface (BCI) to direct the turtle's movement just by thinking about it.
  • Science
    Current holographic technologies are nowhere near the realistic, life-size projections portrayed in movies like Star Wars, but things are moving in the right direction with researchers having developed a new holographic display that they claim performs 2,600 times better than existing technologies.
  • A nano-spacecraft made from a silicon chip could make the journey to Alpha Centauri in just 20 years. The problem is, such a "space-chip" wouldn’t survive the intense radiation and temperature of space, so a NASA and KAIST team is developing a method for helping the chip heal itself on the fly.