>
Remember back in 2022 when John Bolton "slipped" & admitted that he's helped plan Coup
What Are The Real Reasons Behind Washington's Latest Show Of Force Against Venezuela?
Video Games At 30,000 Feet? Starlink's Airline Rollout Is Making It Reality
Automating Pregnancy through Robot Surrogates
SpaceX launches Space Force's X-37B space plane on 8th mystery mission (video)
This New Bionic Knee Is Changing the Game for Lower Leg Amputees
Grok 4 Vending Machine Win, Stealth Grok 4 coding Leading to Possible AGI with Grok 5
Venus Aerospace Hypersonic Engine Breakthroughs
Chinese Scientists Produce 'Impossible' Steel to Line Nuclear Fusion Reactors in Major Break
1,000 miles: EV range world record demolished ... by a pickup truck
Fermented Stevia Extract Kills Pancreatic Cancer Cells In Lab Tests
The latest example comes from material scientists at MIT, who have used advanced nanoscale engineering to craft a new armor material they say outperforms Kevlar and steel.
The starting point for the promising new material was a photosensitive resin, which was treated with lasers to form a lattice pattern made up of repeating microscopic struts. This material was then put in a high-temperature vacuum chamber, which converted the polymer into an ultralight carbon with an architecture originally inspired by special foams designed to absorb impacts.
"Historically this geometry appears in energy-mitigating foams," says lead author, Carlos Portela. "While carbon is normally brittle, the arrangement and small sizes of the struts in the nanoarchitected material gives rise to a rubbery, bending-dominated architecture."