EM-Sense is a software defined radio solution with the potential to make smartwatches smarter by informing them what a user is touching. By measuring electro-magnetic (EM) signals conducted through the body and interpreted in real time, EM-Sense can quantify the world in new and useful ways. From guiding projects that include sensing what a wearer is doing while providing feedback through to fitness and health tracking, the Internet of Things just became exponentially larger.
You know how when you're using a hot glue gun, and you get all those little strands of glue forming when you pull the gun back from the surface being glued? Well, researchers at Carnegie Mellon University have used that same principle to create 3D-printed "hair." The discovery could allow for the creation of 3D-printed devices containing brushes or bristles … or even for making troll dolls.
When it comes to surgical procedures on internal organs, the heart can be one of the most difficult to work with. Heart tissue doesn't repair itself like that of other body parts, so those with failing hearts only have the option of joining a long waitlist in hopes of receiving a transplant in time. All of this may change in the near future, as a research group at Carnegie Mellon University has demonstrated a method of 3D bioprinting with soft materials.
think of robots, we all too often anthropomorphize them by giving them eyes in
their heads, fingers on their hands, and toes on their feet. But just because
this is the way humans evolved doesn’t make it ideal. Robots with eyes where
they need them most, for example, could be much more efficient than just having
them restricted to one place. In this vein, researchers at Carnegie Mellon University
(CMU) recently developed a tri-fingered robotic hand with numerous inbuilt optical detectors to act as adjunct sensors. At the same time, they also fashioned
a new type of stretchable optical sensor to accompany such devices.
For people in developing nations or rural locations, getting clean water may soon be as simple as opening a book … and ripping a page out. That’s the idea behind The Drinkable Book, developed by Carnegie Mellon University postdoc Theresa Dankovich. Each of its pages is made from a thick sheet of paper impregnated with silver and copper nanoparticles, that kill 99.9 percent of microbes in tainted water that’s filtered through it.
When Google proposed its Open Web of Things initiative last December, it was seeking to increase interoperability, security, and an elegant user interface in the global movement towards connected smart devices. The company has awarded half a million dollars towards Carnegie Mellon University to develop its campus and eventually Pittsburg, PA into a "living lab" of cheap and ubiquitous sensors, integrated apps, and user-developed tools to work towards Google's vision of an integrated machine future.