Empa researchers have now succeeded in combining all these advantages in a single material. And their cellulose-based, 3D-printable aerogel can do even more. The miracle material was created under the ...

Cellulose may have been around for millions of years, but that doesn't mean it can't teach a modern substance like aerogels a thing or two. A group of researchers have found a way to use cellulose ...

Assistant Professor Duong Hai Minh (right) holds a sample of the cellulose aerogel which he developed with his team members, Gu Bowen (centre) and Siah Jie Yang (left) who are both undergraduate ...

And their cellulose-based, 3D-printable aerogel can do even more. The miracle material was created under the leadership of Deeptanshu Sivaraman, Wim Malfait and Shanyu Zhao from Empa's Building ...

How do aerogels, made with cellulose and PEDOT:PSS, transform terahertz signal paths and attenuators? This article delves into their fabrication process, performance, and potential for sustainable ...

Researchers have shown that the transmission of terahertz light through an aerogel made of cellulose and a conducting polymer can be tuned. This is an important step to unlock more applications ...

Wood cellulose aerogels themselves are nothing new—researchers have been developing advanced types of aerogels and other composites for the last several years in the Wallenberg Wood Science ...

While many aerogels are being manufactured worldwide, the aerogel Smalyukh and his team have created involves fibers of cellulose, a protein derived from plants. Their aerogel, which has now been ...

To address this, Ivan Smalyukh at the University of Colorado Boulder and his colleagues used nanofibres of cellulose to create an aerogel, a solid gel containing pockets of gas, that could ...

Researchers at Linköping University, Sweden, have shown, in a study published in the journal Advanced Science, that the transmission of terahertz light through an aerogel made of cellulose and a ...