>
Silver up over $2.26... Today! $71.24 (and Gold close to $4500)
GARLAND FAVORITO: More and more fraud from the 2020 election in Fulton County, Georgia...
Rep. Matt Gaetz tells Tucker Carlson that agents of the Israeli govt tried to blackmail his...
Trump: We need Greenland for national security… you have Russian and Chinese ships all over...
Travel gadget promises to dry and iron your clothes – totally hands-free
Perfect Aircrete, Kitchen Ingredients.
Futuristic pixel-raising display lets you feel what's onscreen
Cutting-Edge Facility Generates Pure Water and Hydrogen Fuel from Seawater for Mere Pennies
This tiny dev board is packed with features for ambitious makers
Scientists Discover Gel to Regrow Tooth Enamel
Vitamin C and Dandelion Root Killing Cancer Cells -- as Former CDC Director Calls for COVID-19...
Galactic Brain: US firm plans space-based data centers, power grid to challenge China
A microbial cleanup for glyphosate just earned a patent. Here's why that matters
Japan Breaks Internet Speed Record with 5 Million Times Faster Data Transfer

Biomimicry designer and material scientist Jun Kamei at the Royal College of Art's answer is Amphibio – a sort of lightweight 3D-printed vest made out of a polymer that acts as both an artificial gill and a breathing reservoir that will allow people to hang out in the submerged megacities.
Designed in collaboration with the RCA-IIS Tokyo Design Lab, Amphibio is Kamei's solution to a projected future in 2100 when global warming has melted the ice caps and rising oceans have affected 30 percent of the world's population. The intuitive reaction to such a disaster might be to move inland, but Kamei believes that a better idea would be to adopt a semi-aquatic lifestyle using something like the Amphibio artificial gill.
Still in the concept stage, Amphibio is a biomimetic artificial gill that's based on diving spiders and insects that have a superhydrophobic skin surface that allows them to gather a bubble of air around their bodies. These bubbles act like gills that let in oxygen dissolved in the surrounding water and release carbon dioxide.