The team hopes that the biohybrid wood could be used to create building materials that double as sustainable light sources.

In a new partnership agreement, Hellyar Plastics will help bring Lignin Industries' patented, recyclable, biobased material ...

To improve the dimensional stability and water resistance of the Botanical Concrete as well as using lignin waste, which is abundantly produced around the world [6], incorporation of lignin with a ...

Scientists are working to develop devices that can harness waste heat from buildings and industrial uses to produce energy.

The enzyme reaction that facilitates the bioluminescence is triggered when the biohybrid fungus-wood is exposed to air, fully ...

A team of scientists discovered a naturally occurring gene in the poplar tree that enhances photosynthetic activity and ...

研究人员希望改进这项技术，以增强这种生物发光木材的亮度和持续时间。他们表示，最终目标是在家居或公共空间中提供节能照明。虽然目前研究对象是“死亡”的木材，但其他研究也在探索如何让活体植物发光，以达成相同的目标。

Up to now, wood waste has had to be disposed of at great expense and, at best, has been used to generate energy in ...

A team from Empa is creating luminous wood by using honey fungus, which glows thanks to a natural bioluminescence process.

Imagine a glow-in-the-dark designer desk, or wooden fence posts that guide you home with their eerie light. Scientists in ...

Industries such as manufacturing, which produce large amounts of leftover heat, could see major benefits by turning that ...