Wirelessly Powering IoT With 5G Network
The team at Georgia tech has created a Rotman lens-based rectifying antenna, or rectenna, system. This flexible rectenna system has the capacity to harvest millimeter-waves within the 28-GHz band.
Using Nanomaterials to Create a Passive Dual-Mode Heating and Cooling Device
Pic via Duke University
Duke University researchers have created a new device that could help to reduce HVAC energy use. The invention is capable of dual-mode heating and cooling for climate control in buil... Read More...
Scientists Develop Highly Efficient Supercapacitor That Could Rival Batteries
Engineers from the Technical University Munich have created a new supercapacitor which is highly efficient and sustainable.
Printable Ink Protects Against Electromagnetic Radiation
A new ink created by KAUST engineers promises to provide users with added conductivity and transparency tradeoff.
Team Develops Faster Charging and Longer Lasting Battery Material for Electric Vehicles
Wikimedia Commons
Professor Byoungwoo Kang and his research team at POSTECH have discovered a new way to charge electric cars quickly and efficiently. Their new Li-ion battery electrode material is capable ... Read More...
Robotic Teaming in Complex Environments Possible with Miniature Antenna
With the help of a brand-new low-frequency miniature antenna, mobile robots will enjoy powerful networking even in complex environments.
Discovering A Better Way To Control Light
Engineers from Penn State University have devised a better way to control light using a photonic integrated chip.
An IoT Platform That’s Battery-Free
Engineers from the startup company Everactive have created a platform for the Internet of Things (IoT) that is totally battery-free.
Researchers Demonstrate Novel Approach to Fabricating MXene Films that Block Electromagnetic Interference
Researchers from multiple institutions have worked together to create a new way to scale MXene films that is both efficient and scalable.
Drexel Researchers Discover Two-Dimensional Material Capable of Blocking Electromagnetic Interference
Researchers from Drexel University have found a two-dimensional material that has the ability to block electromagnetic interference.