Tag

Mxenes

All articles tagged with #mxenes

MXene-powered stretchable OLED doubles in size without dimming
technology1 month ago

MXene-powered stretchable OLED doubles in size without dimming

Drexel and Seoul National University researchers report a stretchable OLED using MXene transparent electrodes that doubles in size without brightness loss, achieving a record 17% external quantum efficiency for intrinsically stretchable OLEDs. Two new organic layers improve charge transport and energy recycling, sustaining high brightness under stress and opening possibilities for wearables, soft robotics, and skin-mounted displays. Remaining challenges include encapsulation and long-term stability before commercialization.

"Revolutionary Technique Generates Multitudes of Novel 2D Materials"
science-and-technology1 year ago

"Revolutionary Technique Generates Multitudes of Novel 2D Materials"

Researchers at Linköping University in Sweden have developed a method that allows for the synthesis of hundreds of new 2D materials, expanding the potential for applications in energy storage, catalysis, and water purification. By using a theoretical model to predict suitable parent materials and conducting large-scale calculations, the researchers identified and successfully synthesized a new 2D material, demonstrating the effectiveness of their approach. This breakthrough opens up possibilities for a wide range of technological applications and paves the way for further exploration of potential precursor materials.

Effortless Production of Atomically-Thin Metal Layers for Innovative Technology
science-and-technology2 years ago

Effortless Production of Atomically-Thin Metal Layers for Innovative Technology

Scientists at the University of Chicago have discovered a new, easier, and less toxic method to create MXenes, atomically-thin metal layers that can be used for high-tech electronics or energy storage. MXenes are easily customizable and can be used to store energy by putting ions between the layers. The new method involves mixing several chemicals with the metal and heating the mixture at 1,700°F, making it more efficient and less toxic than the previous method. The discovery could pave the way for using MXenes in everyday electronics and devices.