the researchers captured clear variations in superconducting properties at different atomic sites within a single lattice unit cell. The study revealed that the size of the superconducting gap and ...

Most importantly, the resulting structure often has properties that the underlying lattice unit doesn't possess. For example, individual bone cells or coral polyp skeletons aren't very strong ...

In addition to the patented grid designs that makes IsoTruss® cell towers lightweight, durable, non-corrosive, wind-resistant, and eco-friendly, its composite lattice structures are up to twelve ...