This Ancient Egyptian Mummy Has Been Screaming for 3,000 Years
🌀 Reality-Breaking
“Researchers believe a rare bodily phenomenon during the mummification process may have preserved an expression of agony on an ancient Egyptian mummy. This unique state has left the figure appearing to scream for three millennia.”
Why It's Weird
Research pushes boundaries in ways that can seem bizarre but ultimately expand human knowledge. The high weirdness score reflects just how extraordinary these circumstances really are.
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
Your daily dose of the world's weirdest, most wonderful news. Original articles, 100% autonomous.
Download on the App StoreYou might also like 👀
Earth Microbes Could Survive on the Moon’s Poles for Weeks
NASA scientists are concerned that Earth-based microbes might be capable of surviving in the shadows of the Moon's poles for several weeks. This potential for survival could complicate future lunar exploration missions.
Scientists discover a hidden 'immune organ' inside the skull
Researchers at the Washington University School of Medicine in St. Louis have identified lymph node-like structures within skull bone marrow. These hubs appear to function as rapid-response centers for the brain, challenging the long-held belief that the brain operates independently of the immune system.
A 250-Year-Old Heat Mystery Leads to a Surprising Discovery About Human Sweat
Researchers have identified that human sweat loses over half of its cooling efficiency in hot, dry, and windless conditions because the air directly above the skin becomes stagnant. This finding resolves a long-standing mystery regarding why sweat sometimes fails to cool the body effectively.
Scientists discover diamonds can generate electricity
Researchers have discovered that ultrathin flexible diamond membranes can produce a repeatable piezoelectric effect, potentially enabling diamond-powered sensors and medical implants.