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This unfeasibly tiny 3D printed Star Trek ship can move under its own power

Artificial microswimmer 3D printed Voyager
(Image credit: Soft Matter Journal)

This unfeasibly tiny 3D printed, 15 micrometer model of the USS Voyager—well of an Intrepid-class starship (we can't quite make out the designation)—can actually move under its own power. Though warp speed is admittedly still just out of reach.

As part of research around artificial microswimmers (more on those in a second), a team of researchers at Leiden University have been testing their microscopic 3D printer (via Gizmodo) with a host of exotic forms. Where previously they were limited to simple spherical shapes, researchers are now able to print helixes, tugboats, and even the starship Voyager, as well as weird lollypop looking contraptions.

Seriously, what is that thing in the top right?

Artificial 3D printed microswimmers

(Image credit: Soft Matter Journal)

If you're wondering what artificial microswimmers are, essentially they're microscopic objects that are able to move through liquids. These 3D printed, synthetic "colloidal particles" (solid objects suspended in liquid) have no moving parts, instead they propel themselves through liquid by way of chemical reaction—platinum that reacts with hydrogen peroxide. No tiny impulse engines here.

Among the test objects stands a 30-micrometer "Benchy the tugboat", one of the best known 3D benchmark tester objects. With a lot of complex geometry, it helps to identify flaws with printers that may have otherwise been overlooked.

One researcher, Daniela Kraft, explains “3D Benchy is a structure that has been designed to test macroscopic 3D printers because it has several challenging features, and it was natural to also try it at the micrometer scale."

Kraft also admits that "making a swimming micrometer-sized boat is fun.” And, although it may look like the team is just messing around with their novel, dinky 3D printer, their research will eventually contribute to understanding of biological microswimmers such as sperm, bacteria and white blood cells.

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According to the Soft Matter journal entry, their conclusion, thus far, has been that "3D microprinting overcomes current limitations in the fabrication of active microswimmers with complex shapes and controlled patch location."

So, basically, the amazing scientific discovery that came from this exploit is that it's totally possible to micro 3D print funky objects, so researchers don't have to stare at tiny balls all day. Still, check out that space ship.

Katie Wickens

Screw sports, Katie would rather watch Intel, AMD and Nvidia go at it. She can often be found admiring AI advancements, sighing over semiconductors, or gawping at the latest GPU upgrades. She's been obsessed with computers and graphics since she was small, and took Game Art and Design up to Masters level at uni. Her thirst for absurd Raspberry Pi projects will never be sated, and she will stop at nothing to spread internet safety awareness—down with the hackers.