Nowadays, it feels that elements of science-fiction are becoming real in respect of wearable technology like smartwatches, smart lights, smart patches and other great and strange wearable devices. Smart glasses once seemed to be joining the fray, but they’ve become pretty absent after the disappearance of both the Snapchat Glasses and Google Glass (the consumer version, anyway). Now with other companies aiming to get into the market (i.e., Apple is rumored to be looking into it), it seems that Google is looking to get back into the game — at least based on a new patent — and here’s what interesting about them so far… Continue reading “What We Know About the New Google Glass Sunglasses Patent”
Scientists at Harvard University have created a soft, tube-like robot with silicone rubber acting as its artificial skin. The laser-cut rubber used is a thin, stretchable plastic sheet, with the cuts, shaped like triangles or circles, look similar to the scales on the skin of snakes. The robot is able to move as air is pumped into the tube, which allows the robot to expand and contract, resulting in the scales to pop up and anchor against the ground, pulling the robot in a forward motion. As for moving backwards; the researchers are still trying to figure that out. Continue reading “Harvard University Develops Robot That Crawls Like a Snake; You Won’t Want These in Your Boots…”
Nagoya, Japan once had a whole museum dedicated to robotics, so it comes to no surprise (at leas to us here at The PractitioNERD) that a local hospital will add robots developed by Toyota Industries — a subsidiary of the automaker that produces auto parts and electronics — to its medical staff. While these bots won’t be conducting surgeries (yet, anyway), come this February, four robots will be deployed at Nagoya University Hospital will transport medicine and test samples from floor-to-floor for a one-year trial period during its 5PM to 8AM night shift. Should the trial succeed in assisting the staff during times when fewer people are walking the floors, the hospital may elect to deploy more units. Continue reading “Next Month, A Japanese Hospital will use Robots to help during the Night Shift”
According to a story from Bloomberg, energy supplier Deepwater Wind issued a proposal (one of many from other bids) for a new offshore renewable wind power plant near Massachusetts that would use Tesla’s commercial storage batteries, called Powerpacks, to store energy until it’s needed. Their plan includes the construction of a production facility with 144-megawatt capability build off the coast with the Tesla Powerpacks storing wind-generated energy with a 40-megawatt storage capacity at peak production times, and hold it in reserve for peak demand hours. Continue reading “Deepwater Wind’s U.S. Offshore Wind Farm Proposal Stores Powers using Tesla Powerpack Batteries”
Injections for vaccinations, while saving the lives of millions of people from common sicknesses and diseases, are still pretty painful; particularly for younger children who are most at risk of diseases. That might change within the next ten years, thanks to researchers in Dorian Liepmann’s lab at the University of California, Berkeley, who’ve developed the MucoJet. The creation is a needle-free, pill-sized, 3D-printed device that shoots a stream of vaccine into the tissue of the cheek, making vaccinations practically painless. Continue reading “The MucoJet, for Needle-Free, Painless Vaccinations…”
In this technology-themed episode of PractitioNERD Documented, or “Doc’D”, host Montez McCrary will be discussing the history, implementations, and the current and possible future legacy of virtual reality technologies.