Among them, three-dimensional spiral microfluidic devices stand out as game-changers. Their intricate corkscrew-like design allows for precise fluid control, efficient particle separation, and ...

Among them, three-dimensional spiral microfluidic devices stand out as game-changers. Their intricate corkscrew-like design allows for precise fluid control, efficient particle separation, and reagent ...

Three-dimensional spiral microfluidic devices stand out as revolutionary among them. Particle separation, reagent mixing, and precise fluid control are made possible by the complex corkscrew-like ...

More information: Zhurun Ji et al, Opto-twistronic Hall effect in a three-dimensional spiral lattice, Nature (2024). DOI: 10.1038/s41586-024-07949-1 Provided by University of Pennsylvania ...

In particular, the fibers' three-dimensional spiral structure, which was naturally formed while the fibers were aligned into a ribbon shape, allows the precise control of the curve of the fibers.

This self-assembly into coherent three-dimensional structures represents the group's latest contribution in the field of soft robotics and chemo-mechanical systems. Share: FULL STORY ...

Scientists have helped produce a brand-new, three-dimensional survey of our galaxy, allowing them to peer into the inner structure and observe its star-forming processes in unprecedented detail.