Electrical engineers at Duke University have determined the theoretical fundamental limit for how much electromagnetic energy a transparent material with a given thickness can absorb. The finding will ...

A new review in Polymer Bulletin maps how metal, metal oxide, and metal complex fillers integrated into polymer composites ...

Electromagnetic interference (EMI) shields are limited by a severe impedance mismatch with free space, leading to strong reflections and secondary radiation. Here, we introduce ultralight all-polymer ...

A research team led by Prof. Wang Junfeng from the Hefei Institutes of Physical Science of the Chinese Academy of Sciences has developed a bio-inspired metal-organic framework (Bio-MOF) to achieve ...

Researchers built an ultralight CeO2/MXene carbon aerogel modeled on the infrared-sensing organs of the Melanophila acuminata ...

A recent discovery by materials science researchers in Drexel University’s College of Engineering might one day prevent electronic devices and components from going haywire when they’re too close to ...

An entropy-stabilization strategy to co-anchor multiple transition metals within a carbon matrix, concurrently suppressing atomic aggregation while engineering asymmetric charge distributions and ...

Chinese researchers have developed a stable composite material with a bamboo component. Due to its structure, it can also ...

A research team has developed a layered polymer composite that shields against electromagnetic interference while remaining strong and tough. Made with bamboo-derived biochar, the material achieved an ...

What is Electromagnetic Radiation? When you sit in front of a computer or television, you are being bombarded by harmful waves quietly emanating from it. Even if you turn off the device, your ...