Interesting Contents Archive

Astronauts on the International Space Station experience 90% of the Earth’s gravity.

The boats can patrol and collect data from oceans. https://t.co/rbN340xJCB

Will Meta and Microsoft follow? https://t.co/N8fp7XK5gH

Over the course of human history, an estimated 108 billion to 116 billion people have been born 🤯

Which Species of Bear is a 'Bear Bear'? Watch the clip to find out, and don't forget to subscribe! https://t.co/5BQYMyDLOF

How they figured this out is mind-blowing 🤯 https://t.co/6CUrEhydLI

Reports are in that North Korea has just test-launched their new “Hwasong-17” intercontinental ballistic missile. Find out more at https://t.co/0elLYYyOch 🎯 #Engineering https://t.co/tm7Yh2dgcn

Will Tesla keep this level of growth amid worsening supply chain issues and global conflict?🤓 https://t.co/SLniLEOBFJ

Does your laptop feel the need for speed? https://t.co/Qr6ZqlYZD0

Chien-Shiung Wu was a Chinese-American physicist who helped upend what scientists thought they knew about particle physics. Most notably, Wu designed experiments that showed a key law of physics, the conservation of parity, didn't always hold true, which helped pave the way for the Standard Model of Particle Physics. Her discovery led to her colleagues, who devised the theory that Wu's experiments tested, winning the Nobel Prize in Physics in 1957. Unfortunately, Wu’s contributions went unrecognized by the Nobel Prizes (though she would go on to be nominated for the Nobel Prize several times in later years for her subsequent work in the field). Wu did, however, receive many other awards throughout her life and became president of the American Physical Society, an organization focused on advancing and spreading the knowledge of physics through research and education.

You can tell a legless lizard from a snake because it blinks.

People can drive this car without leaving their wheelchairs. https://t.co/IIiqPV4tf6

These robots work effortlessly together! This transport vehicle is capable of increasing the amount of orders processed by becoming a swarm. #Engineering https://t.co/zLId606mfz

Smaller feet were considered more desirable for marriage.

There's a lot to be said for quality time! Daily fun facts wtffunfacts