Researchers at Harvard University have designed a soft 3D-printed robot that can move on its own, powered by a chemical reaction, instead of electricity or batteries.

Shaped like a cartoon octopus, the Octobot contains no electronics or other hard parts, relying instead on a silicone body that houses a fluid-filled circuit.

Previously, soft-bodied robots had needed to rely on rigid components for power. But the Octobot uses hydrogen peroxide as fuel.

The liquid flows around a network of pre-printed hollows in the robot’s body, and creates a reaction as it passes over platinum embedded inside. This produces gas that inflates and moves the arms, to propel the robot through water.

You can read and watch more here. Do I need to say I want one? I want one.

Malaysian design office No-To-Scale Studio has issued a satirical proposal to President Trump, suggesting a radical means of representing the US-Mexico border: a 1,954 mile-long dining table.

Citing “logistical, financial and nationality” limitations, the studio’s design claims to be cost-effective in taking a domestic item and scaling it to massive proportions.

While the proposed slab of “continuous polished marble” may prove costly, diners will bring their own chairs in order to participate.

You can see and read more here.

Neri Oxman and the MIT Mediated Matter group have unveiled their latest collection of 3D-printed death masks, designed to contain the wearer’s last breath.

The Lazarus masks, described by Oxman as “air urns”, are modelled on the facial features of the deceased individual.

Each 3D-printed structure encompasses colourful swirling patterns that have been informed by the physical flow of air emitted from their last breath.

“Traditionally made of a single material, such as wax or plaster, the death mask originated as a means of capturing a person’s visage, keeping the deceased alive through memory,” said the team.

You can read and see more here.