String theorists have used matrices to model the birth of the universe – the moment when three spatial dimensions broke free from the other six and expanded to produce the universe's 3D structure.

In the early days of FDM 3D printing, the RepRap project spawned all sorts of weird and and wonderful designs. In the video after the break [dizekat] gives us a throwback to those times with the Ma… ...

3D printing approach strings together dynamic objects to assemble bionic robots, sculptures and more. Story by Alex Shipps • ...

Overhangs are the bane of the melty-plastic 3D printing world. Often, we try to avoid them with creative print alignments, or we compensate with supports. However, [3DPrintBunny] decided to embrace… ...

As if the 3D trend spreading back in time and infecting older films like Titanic wasn’t bad enough, it now appears to be spreading outside of movies and TV. In Japan, Sharp has introduced what ...

If a molecule docks onto one of the strings, ... It also makes it harder to distinguish the different signals from differently oscillating strings. ... Bringing Superconducting Nanostructures to 3D.

These days, chemical analysts are expected to track down even single molecules. To do this highly sensitive detective work, nano researchers have developed minute strings that resonate in ...

Check this: A 3D-printer lays down string in a looping pattern, and loose gravel is poured on top. This is repeated until a 13-foot tall column is filled with rocks and string.

A string that is clamped at one end and vibrated up and down at the other should, one would think, oscillate up and down in the same plane as the driving force. For low amplitudes it does, but at ...

If a molecule docks onto one of the strings, then it becomes heavier, and its oscillations become measurably slower. These days, chemical analysts are expected to track down even single molecules.