Climate change is increasing the average temperatures of cities around the world, which forces inhabitants to adjust to entirely new climates their cities weren’t designed for. In Spain, the city of Seville is expected to have the climate of Marrakesh in a few years time so the city needs to
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Things Are Good: Another Radiative Cooling Advancement
The more I learn about radiative cooling systems the cooler they get. These cooling systems absorb heat from an enclosed space and send the heat directly into outer space. It sounds like science fiction but it exists now. The heat gets converted into infrared waves and emitted upwards away from
Continue readingThings Are Good: A Team Cools the Planet by Sending Heat to Outer Space
Aaswath Raman, a material scientist at UCLA, has looked into the past to solve today’s problems. He has led a team that’s created an impressive device that uses radiative cooling to help cool anything by sending heat into outer space. This sounds like it’s right out of science fiction, but
Continue readingThings Are Good: The Tube is Heating up While London is Trying to Stay Cool
London’s tube system is literally heating up the city – and that’s a problem. A hundred years ago their subway stations were places to cool down during hot summer days and people had to wear sweaters while commuting. Today, this is no longer the case. The trains are heating the
Continue readingThings Are Good: Using Snow to Cool Buildings in Summer
During winter snow is cleared from the roads and put into massive piles to melt when warmer weather returns. This might seem simple enough, but it’s a big challenge dealing with the snow because of the sheer volume in colder climates like Canada. Researchers in British Columbia are proposing that
Continue readingThings Are Good: A Solar Structure That Cools in the Sun
Keeping buildings cool in the summer is hard enough as it is and we have access to air conditioning technologies. Now, there’s a better way to keep buildings, cars, and whatnot thanks to some research out of Stanford University. Their new approach to cooling entire structures doesn’t require electricity and
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