These tree-inspired filters could purify drinking water
MIT engineers have developed a prototype water filter based on tree xylem, which could be used to remove contaminates to purify drinking water.
Guest contributor at MIT News
MIT engineers have developed a prototype water filter based on tree xylem, which could be used to remove contaminates to purify drinking water.
The ocean could become a source of ozone-depleting chlorofluorocarbons by 2075, according to new research by MIT, further worsening the climate crisis.
MIT engineers have spun polyethylene, used for plastic wrap and grocery bags, into fibers and yarns allowing it to be an effective material for clothing.
Researchers, oceanographers and marine biologists discovered the bacteria scrub out nitrogen, potentially defending against certain nutrient overloads.
Researchers are working on an app, incorporating the AI model, which could be a prescreening tool to identify people who are likely to be asymptomatic.
In their book What To Expect When You’re Expecting Robots, engineers Julie Shah and Laura Major explain that robots will soon work with us not for us.
Engineers from MIT have developed a smart Velcro-like food sensor that can inform consumers if food has spoilt, or is contaminated, battling the issue of food waste.
A 'peel and stack' method of making electronics could allow chips to be worn on the skin.
Fashioned into lasers, terahertz waves might enable 'T-ray vision', with the ability to see through clothing, book covers, and other thin materials.
“Even if a robot is delivering a package to an environment it’s never been to, there might be clues that will be the same as other places it’s seen."
“Now we can do heavy door opening or lifting or throwing heavy objects, with proper balance communication.”
Smaller and smaller components mean we need to reconsider how robots are able to handle and manipulate these parts.
The new material could be used to coat windows to save on air-conditioning costs.
MIT engineers have built and flown the first-ever plane powered by an “ionic wind".
MIT engineers have developed a technique to fabricate ultrathin semiconducting films made from a host of exotic materials other than silicon.