NC State engineers have designed a liquid metal antenna that may soon reform the look of the mobile device world. Michael Dickey, chemical & biomolecular engineering, featured.
With a core made of liquid metal, NC State researchers have devised a new antenna that can adjust itself to pick up a certain wavelength, allowing for more streamlined and more versatile devices.
NC State researchers have developed a liquid metal antenna, which could go a long way to making traditional pump driven antennas unnecessary. Jacob Adams, engineering, featured.
Associate director of NC State’s Engineering Entrepreneurs Program and co-visionary behind an in-concept transportation system dubbed ecoPRT, confirms construction has commenced at Centennial Campus on a test track for the technology.
A professor’s futuristic vision – colorful fiberglass cars whizzing across the Raleigh skyline – may not be so far out of reach, Seth Hollar, electrical & computer engineering, featured
NC State electrical engineers have proposed using cyborg cockroaches to seek out survivors trapped under the rubble of a disaster zone.
NC State scientists may play a big role in the future developments of mobile devices with the development of a new technique in harnessing the powerful capabilities of the liquid metal antenna. Michael Dickey, Jacob Adams et al., engineering, featured.
NC State engineers have designed a liquid metal antenna that may soon reform the look of the mobile device world. Michael Dickey, chemical & biomolecular engineering, featured.
NC State researchers have created a liquid metal antenna that can be tuned to listen to various frequencies by applying electrical voltage. Michael Dickey and Jacob Adams, engineering, featured.
NC State scientists may play a big role in the future developments of mobile devices with the development of a new technique in harnessing the powerful capabilities of the liquid metal antenna. Michael Dickey, Jacob Adams et al., engineering, featured.
NC State scientists may play a big role in the future developments of mobile devices with the development of a new technique in harnessing the powerful capabilities of the liquid metal antenna. Michael Dickey and Jacob Adams, engineering, featured.
NC State researchers have made a liquid metal device which can alter its shape through voltage alone, removing the need for clunky external pumps previously used to arrange such material. Jacob Adams, engineering, featured
Researchers have created a reconfigurable liquid metal antenna controlled by voltage only. Jacob Adams et al., engineering, featured.
NC State researchers have developed a liquid metal antenna that can tune over a range of at least two times greater than systems using electronic switches. Jacob Adams, engineering, featured.
Researchers have designed a liquid metal antenna that might soon bring drastic changes in the world of mobile devices. Michael Dickey, chemical & biomolecular engineering, featured.
NC State researchers have created a liquid metal antenna that can be tuned to listen to various frequencies by applying electrical voltage. Michael Dickey, featured.
Using electrochemistry, NC State researchers have developed a reconfigurable, voltage-controlled liquid metal antenna that may play a huge role in future mobile devices and the coming Internet of Things. Michael Dickey and Jacob Adams, engineering, featured.
NC State researchers have created a liquid metal antenna that can be tuned to listen to various frequencies by applying electrical voltage. Michael Dickey and Jacob Adams, engineering, featured.
Researchers are using cloud computing resources to analyze smart grid data from thousands of sensors, called phasor measurement units, or PMUs. Aranya Chakrabortty, electrical and computer engineering, featured.
In 2012, researchers at North Carolina State University steered Madagascar hissing cockroaches by attaching electrodes to their antennae. Now, the scientists are developing tiny roach backpacks to pick up sound. Alper Bozkurt, electrical and computer engineering,...
