This study presents 3D-printed CCS concrete using diatomaceous earth, achieving 142 % more CO2 absorption than conventional ...

At ETH Zurich, scientists from many different fields are working on something that seems straight out of science fiction. They are creating materials that are not just built, but alive.

Scientists create cobalt-based 2D nanozymes with improved catalytic activity for colorimetric and photothermal detection of ...

This makes it far easier to perform this type of assembly in real life, because you’d need to generate a much smaller set of ...

This study investigates the effectiveness of Virtual Reality (VR) as a teaching tool for molecular geometry in engineering education, comparing it with traditional methods and physical 3D models.

The research on carbon dioxide applied for methane exploitation from hydrates is summarized in this article, with a focus on advances in molecular dynamics simulations. Carbon dioxide has potential to ...

DCGCN decomposes the 3D point cloud data of a molecule into three components: atomic sequence, atomic connectivity, and a distance map. From its connectivity and distance information, DCGCN captures ...

Tensorflow implementation of the paper "Learning-based Lossless Compression Of 3D Point Cloud Geometry" - dattnguyenx/VoxelDNN ...