Imagine a lab that gives scientists the opportunity to do “hands-on” testing from thousands of miles away. Researchers at NC State have created a remotely-controlled testing facility that allows students, professors and private companies from around the world to test prototype antennas for wireless devices. The lab was created to provide a teaching and R&D
Imagine a team of humans, dogs, robots and drones swooping onto the scene in the aftermath of a disaster and working together to find and rescue anyone trapped in collapsed buildings. That’s the goal of a team of researchers from around the United States working on what they call the Smart Emergency Response System (SERS).
Under the right circumstances, pushing on nothing is harder than pushing on something – at least when that “something” is gold. That’s the finding from a new materials science paper, and it’s a finding that could expedite the development of new wireless communication technologies. The Problem At issue are ohmic radio frequency microelectricalmechanical systems switches
A team of researchers is working on technology that would allow mobile devices to send and receive more data using the same limited amount of bandwidth. The work is supported by a $1.08 million grant from the National Science Foundation (NSF). Competition for the airwaves is fierce. Commercial and military communication services must broadcast and
Most people don’t think about the difference between walking across the room and walking up a flight of stairs. Their brains (and their legs) automatically adjust to the new conditions. But for people using prosthetic legs, there is no automatic link between their bodies and the prosthetics that they need to negotiate the new surroundings.