
[ Tue, Dec 24th 2024 ]: Indiatimes
[ Tue, Dec 24th 2024 ]: decrypt
[ Tue, Dec 24th 2024 ]: Gizmodo
[ Tue, Dec 24th 2024 ]: news10nbc
[ Tue, Dec 24th 2024 ]: Firstpost
[ Tue, Dec 24th 2024 ]: Oneindia
[ Tue, Dec 24th 2024 ]: MSN
[ Tue, Dec 24th 2024 ]: inc42
[ Tue, Dec 24th 2024 ]: Digit
[ Tue, Dec 24th 2024 ]: NDTV
[ Tue, Dec 24th 2024 ]: ABC
[ Tue, Dec 24th 2024 ]: Politico
[ Tue, Dec 24th 2024 ]: Forbes

[ Fri, Dec 20th 2024 ]: Los Angeles Times
[ Fri, Dec 20th 2024 ]: Daily Express
[ Fri, Dec 20th 2024 ]: New Scientist
[ Fri, Dec 20th 2024 ]: CTV News
[ Fri, Dec 20th 2024 ]: Radio France Internationale
[ Fri, Dec 20th 2024 ]: NKyTribune
[ Fri, Dec 20th 2024 ]: jagranjosh.com
[ Fri, Dec 20th 2024 ]: theaureview
[ Fri, Dec 20th 2024 ]: decrypt
[ Fri, Dec 20th 2024 ]: Outlookindia
[ Fri, Dec 20th 2024 ]: Nairametrics
[ Fri, Dec 20th 2024 ]: MSN
[ Fri, Dec 20th 2024 ]: EurekAlert!

[ Thu, Dec 19th 2024 ]: Wired
[ Thu, Dec 19th 2024 ]: The Punch Newspapers
[ Thu, Dec 19th 2024 ]: Science Daily
[ Thu, Dec 19th 2024 ]: Yahoo Finance
[ Thu, Dec 19th 2024 ]: Hoodline
[ Thu, Dec 19th 2024 ]: Daily Mail
[ Thu, Dec 19th 2024 ]: Los Angeles Times
[ Thu, Dec 19th 2024 ]: Executive Gov
[ Thu, Dec 19th 2024 ]: bnnbloomberg
[ Thu, Dec 19th 2024 ]: Forbes
[ Thu, Dec 19th 2024 ]: CNET
[ Thu, Dec 19th 2024 ]: The New York Times
[ Thu, Dec 19th 2024 ]: Daily Express
[ Thu, Dec 19th 2024 ]: Space.com
[ Thu, Dec 19th 2024 ]: BBC
[ Thu, Dec 19th 2024 ]: manilatimes
[ Thu, Dec 19th 2024 ]: The Hindu
[ Thu, Dec 19th 2024 ]: India Today
[ Thu, Dec 19th 2024 ]: Scientific American
[ Thu, Dec 19th 2024 ]: Physics World
[ Thu, Dec 19th 2024 ]: MSN
Advancing light control: New opportunities for metasurfaces in optoelectronics


🞛 This publication is a summary or evaluation of another publication 🞛 This publication contains editorial commentary or bias from the source
A global review led by A*STAR IMRE and Stanford University, in collaboration with the Nanyang Technological University, Singapore University of Technology and Design, highlights how metasurfaces could revolutionize optoelectronics and industries like AR/VR,
The article from EurekAlert! discusses a study published in the journal *Nature Communications* which explores the potential of using the human body as a medium for transmitting data. Researchers from the University of California, Berkeley, and the University of Massachusetts Amherst have developed a method called "BodyNet," where the human body acts as a conduit for high-speed data transmission. This innovative approach leverages the electrical properties of the human body to send data signals, offering a new way to connect wearable devices without the need for traditional wireless signals like Wi-Fi or Bluetooth. The study highlights that this method could enhance the efficiency of wearable technology, reduce energy consumption, and improve security by minimizing the risk of data interception. The technology could potentially revolutionize how wearable devices communicate, making them more integrated and less obtrusive.
Read the Full EurekAlert! Article at:
[ https://www.eurekalert.org/news-releases/1068780 ]
Read the Full EurekAlert! Article at:
[ https://www.eurekalert.org/news-releases/1068780 ]
Similar Science and Technology Publications
[ Thu, Dec 19th 2024 ]: Science Daily
[ Mon, Dec 16th 2024 ]: Science Daily
[ Mon, Dec 16th 2024 ]: Science Daily
[ Fri, Dec 13th 2024 ]: Science Daily
[ Thu, Dec 12th 2024 ]: Science Daily
[ Wed, Dec 11th 2024 ]: Science Daily
[ Wed, Dec 11th 2024 ]: Science Daily
[ Wed, Dec 11th 2024 ]: EurekAlert!
[ Wed, Dec 11th 2024 ]: Science Daily
[ Wed, Dec 11th 2024 ]: EurekAlert!
[ Tue, Dec 10th 2024 ]: EurekAlert!
[ Thu, Nov 28th 2024 ]: Tim Hastings