This material is compatible with stereolithography , a popular 3D printing method wherein a laser is used to solidify a liquid polymer. What's more, the team figures it can print out a highly detailed and complex ceramic part 100 to 1000 times faster than conventional stereolithography by using an ultraviolet light and patterned masks.

This advancement could prove a boon to the aerospace industry which already relies on ceramic components for everything from wing panels on planes to the internal mechanisms of orbital rockets. DARPA has awarded the team a development contract for an ablative ceramic aeroshell -- essentially a heat shield for spacecraft as they enter an atmosphere -- as HRL's ceramics are reportedly 10 times stronger than the ceramic foam currently commercially available.

[Image Credit: Getty]