Cyber Heart
With funding from the National Science Foundation, seven universities are collaborating in a computational modeling project “the Cyber Heart.” [MORE]
This infographic piece doesn’t show the wearable world map in great detail, but it has all the continents of the [MORE]
Molecule Size Switch
The smallest possible electrical switch would be no more than a single molecule which could change its shape [MORE]
Graphene Cover Conducts Electric Charge Faster
Faster electronic devices depend on better materials through which electrons travel. Most electronic chips have [MORE]
Nanoelectronics
It remains to be seen if the fifty year old “Moore’s law” (i.e. a doubling of the number of transistors [MORE]
Technique Moving Researchers Closer to GaN Biosensor
Graphene may be the best example of how a new material can transform design [MORE]
Use of Healthcare Apps
At present, about a quarter of adults use fitness trackers or smartphone apps that collect physiological data. [MORE]
Dissolvable Electronic Devices
This says it all: “Electronic devices that dissolve completely in water, leaving behind only harmless end products, are [MORE]
Microbatteries
Battery size has a limiting effect on a number of implantable and wearable devices. To address this, a Harvard lab [MORE]
mHealth
Becker’s Hospital Review is a champ when it comes to taking a complex subject and organizing it in an easy-to-grasp [MORE]
Wellness Sensors
Stain gauges are devices that measure a material’s flexibility. This piece reports how researchers at Purdue University (West Lafayette, [MORE]
PsiKick Chip
A crucial limitation on the thousands of devices conceived to make up the “internet of things” is their power [MORE]
Coto Technology RedRock MEMS Reed Switch
Reed switches are small electrical devices made of two metallic prongs inside a sealed glass [MORE]
VA Mobile Healthprovider
This doesn’t sound like cutting edge progress, but the fact that the Veterans Health System is proceeding with [MORE]