Collaborate Disseminate
Nissan has demonstrated a new automotive paint that can drastically cool a vehicle parked in direct sunshine. Tests have shown that treated cars stay up to 21.6 °F (12 °C) cooler than untreated cars parked side by side.Continue ReadingCategory: Materia… Continue reading Nissan’s new paint cools cars by up to 21 °F in direct sunlight
Having lots of glass surfaces can brighten up a room, but it also lets in too much heat as well as neighbors’ prying eyes. A new metamaterial is not only more transparent to light, but adds privacy, cools the room inside, and automatically cleans itsel… Continue reading More transparent than glass, new material cools rooms and self-cleans
Harvard engineers have created a strange new “metafluid” – a liquid that can be programmed to change properties, like its compressibility, transparency, viscosity and even whether it’s Newtonian or not.Continue ReadingCategory: Materials, ScienceTags: … Continue reading Harvard’s bizarre “metafluid” packs programmable properties
A new type of 3D-printed lattice structure has surprised researchers with its strength and light weight. It uses two different lattice structures merged together to eliminate the weak points normally found in these complex shapes.Continue ReadingCatego… Continue reading 3D-printed titanium lattice is 50% stronger than WE54 aerospace alloy
It’s common knowledge that lighter colors reflect more light than darker ones, which can limit the practical palette choices for your clothes, car or house in a warming world. Now, scientists have developed a new material, inspired by butterfly wings, … Continue reading Vibrantly colored film could massively passively cool cars and buildings
Engineers at the University of Minnesota have developed a new system that can move objects without making physical contact. The technique involves ultrasound waves acting on specialized surfaces to push or even pull objects in different directions, whi… Continue reading Ultrasound metasurfaces move large objects without touching them
If you have a 3D printer in your workshop, you probably fret more about how to get bigger objects out of it. However, the University of Amsterdam has a new …read more Continue reading 3D Printing Gets Small in a Big Way
“Optical tweezers” – systems that focus light to trap and manipulate individual atoms – could pave the way for powerful quantum devices, but they can be a little cumbersome. Researchers have now developed a simplified, smaller design for optical tweeze… Continue reading Nanopillared lenses let scientists trap individual atoms with light
If you ever get a chance to go to Leiden, take it. It is a beautiful little city that hides some high-power university research. It also boasts the world’s first …read more Continue reading Where the Rubber Meets the Computer
Although solar-powered devices are now fairly common, Swedish scientists have created something a little different. They’ve built tiny “metavehicles” that are mechanically propelled and guided via waves of light.Continue ReadingCategory: ScienceTags: L… Continue reading Microscopic metavehicles are pushed and steered by light