Goldieslearning - Big Plans, Baby!

i love the strange reality of being a human person with a human brain. one time someone said something to me in a foreign language (japanese, which i do not speak) and i automatically responded in a different foreign language (spanish, which i do not speak well) and then we both said “what?” in english, an experience made more surreal by the fact that everyone around us was speaking loudly in canadian french (as this occurred in Quebec)

animals that are poisonous but not venomous are so funny they’re like “you can eat me and I can’t stop you. just know we’re both going to die”

it’s always amazing to watch adults discover how much changes when they don’t treat their perspective as the default human experience.

example: it’s been well-documented for a long time that urban spaces are more dangerous for kids than they are for adults. but common wisdom has generally held that that’s just the way things are because kids are inherently vulnerable. and because policymakers keep operating under the assumption that there’s nothing that can be done about kids being less safe in cities because that’s just how kids are, the danger they face in public spaces like streets and parks has been used as an excuse for marginalizing and regulating them out of those spaces.

(by the same people who then complain about kids being inside playing video games, I’d imagine.)

thing is, there’s no real evidence to suggest that kids are inescapably less safe in urban spaces. the causality goes the other way: urban spaces are safer for adults because they are designed for adults, by adults, with an adult perspective and experience in mind.

the city of Oslo, Norway recently started a campaign to take a new perspective on urban planning. quite literally a new perspective: they started looking at the city from 95 centimeters off the ground - the height of the average three-year-old. one of the first things they found was that, from that height, there were a lot of hedges blocking the view of roads from sidewalks. in other words, adults could see traffic, but kids couldn’t.

pop quiz: what does not being able to see a car coming do to the safety of pedestrians? the city of Oslo was literally designed to make it more dangerous for kids to cross the street. and no one realized it until they took the laughably small but simultaneously really significant step of…lowering their eye level by a couple of feet.

so Oslo started trimming all its decorative roadside vegetation down. and what was the first result they saw? kids in Oslo are walking to school more, because it’s safer to do it now. and that, as it turns out, reduces traffic around schools, making it even safer to walk to school.

so yeah. this is the kind of important real-life impact all that silly social justice nonsense of recognizing adultism as a massive structural problem can have. stop ignoring 1/3 of the population when you’re deciding what the world should look like and the world gets better a little bit at a time.

(literature girl summer) we're back to finishing a book in two days

Back when I used to walk around my college in a corduroy blazer and slacks I didn't call it "dark academia" I called it "professor drag" and the purpose was to smoothly walk into parts of campus I wasn't supposed to access

Astronomers are the funniest people on earth actually

Young Stars of NGC 346 : The massive stars of NGC 346 are short lived, but very energetic. The star cluster is embedded in the largest star forming region in the Small Magellanic Cloud, some 210,000 light-years distant. Their winds and radiation sweep out an interstellar cavern in the gas and dust cloud about 200 light-years across, triggering star formation and sculpting the region’s dense inner edge. Cataloged as N66, the star forming region also appears to contain a large population of infant stars. A mere 3 to 5 million years old and not yet burning hydrogen in their cores, the infant stars are strewn about the embedded star cluster. In this false-color Hubble Space Telescope image, visible and near-infrared light are seen as blue and green, while light from atomic hydrogen emission is red. via NASA

ig: meyloetta