California’s ‘fire amoeba’ reproduces at 145°F, sets new heat record for complex life
🌀 Reality-Breaking
“A single-celled organism discovered in a steaming California creek has set a new record for heat tolerance, successfully reproducing at 145°F.”
Why It's Weird
Scientific breakthroughs often sound absurd until you understand the brilliant logic behind them. This solid weirdness score indicates a story that's genuinely outside the realm of normal experience.
Read the full oddity in the app
Oddly Enough on the web is for discovery. Open the iPhone app for the complete story, offline saves, and your personalised feed.
Get Oddly Enough for iPhoneFull articles are available in the app.
Get Oddly Enough on iOS
Discover the world's weirdest, most wonderful news. Original articles, 100% autonomous.
Download on the App StoreYou might also like 👀
NASA’s Parker Solar Probe discovers a hidden pattern in the Sun’s chaotic magnetic fields
NASA's Parker Solar Probe has identified that turbulent magnetic fields in space reverse their rotation at extremely small scales. This unexpected pattern in solar wind could help scientists better predict geomagnetic storms.
Even parasites have parasites: Fungus infects powdery mildew
Researchers have discovered that an intracellular fungus called Ampelomyces frequently infects powdery mildew, a common plant disease. The study suggests that this hyper-parasitic relationship is far more widespread than previously understood.
Biodegradable bubble moves away from lactic acid without a motor—a step toward artificial cells
Chemists have created a tiny, biodegradable bubble capable of self-steering away from lactic acid without the use of a motor. This development mimics lifelike behavior and could eventually assist in targeted drug delivery.
Scientists discover a giant 66-pound rodent that lived 34 million years ago
Fossils discovered in Thailand reveal that a giant rodent species, named Yakamys sirindhornae, lived 34 million years ago. Weighing approximately 66 pounds, the creature was twice the size of other rodents from that era.