Pharmaceuticals—inescapable in medicine—are increasingly prevalent in our drinking water. But is that a problem? NOVA Next contributor Leigh Krietsch Boerner investigates the complicated question of drugs in our water.
In other news from NOVA and around the web:
- Up to half of a polar bear’s body weight is made up of fat. How do they survive with so much blubber? The answer is in their genes.
- Richard Feynman’s birthday would have been last Sunday. Here, he reminds us that our divisions of life are artificial and arbitrary.
- Both the FBI and the Department of Homeland Security were present at an MIT conference on synthetic biology. Why? Because it’s probably the field of the future.
- The social lives of spiders could tell us: 1) Where our personalities come from, 2) Why some people are louder than others, and 3) Why we can’t seem to leave high school behind.
- WiFi routers using the 5 GHz bands interfere with weather radar, vexing meteorologists. But there might be a simple solution.
- Adrienne Block studies global warming in Antarctica. She can also play “Bohemian Rhapsody” on her bassoon.
- Some people have as much fun in their dreams as they do in real life. Now, scientists might have found a way to induce lucid dreaming in any human brain.
- The number of connected devices will exceed the world’s population by the end of this year.
- Gravity might occupy more than three dimensions. Physicists just don’t know yet how it works—and they can’t seem to find the elusive graviton.
- The National September 11 Memorial Museum opened Thursday. Watch “Ground Zero Supertower” streaming online to see engineers build the museum and its neighbor, 1 World Trade Center.
- The U.S. National Institutes of Health has announced that it will require researchers to end gender bias in basic research.
- It took 250,000 cows to make just one Zeppelin—so many that sausage production was forbidden in Germany during World War I.
- With 400,000 neurons governing its movement, a single octopus arm has a “mind of its own.” Collectively, the arms’ system of self-avoidance could help build better robots.