BlackRock Is Accused of a Plot Against Coal. The Firm Says That’s ‘Absurd.’

The Hubble Space Telescope just snapped a breathtaking image of a cosmic cradle—three baby stars nestled in the Taurus Molecular Cloud, a vast stellar nursery about 450 light-years away. It’s like catching a glimpse of newborn suns still wrapped in their gauzy nebula blankets.

Editor’s Note: This isn’t just another pretty space pic. These young stars help scientists piece together how solar systems like ours are born. Plus, it’s a reminder that Hubble, even after decades, keeps delivering cosmic wonders—no retirement party yet.

Scientists have discovered that a massive plume of molten rock beneath eastern Africa is pushing upward in steady pulses, gradually tearing the continent apart. Over millions of years, this could lead to the formation of a brand-new ocean, reshaping the map of Africa as we know it.

Editor’s Note: This isn’t something that’ll happen overnight—we’re talking geological timescales here—but it’s a fascinating glimpse into how dynamic our planet really is. It’s a reminder that Earth’s surface is always changing, even if we don’t always notice. For scientists, it’s a rare chance to study how continents break apart in real time (well, real time for rocks, anyway). For the rest of us? Just a cool story about how the world keeps evolving in ways we rarely think about.

Scientists are calling for BMI—that old-school height-to-weight ratio we’ve all been measured by—to finally get the boot. Turns out, it’s pretty bad at predicting health risks compared to body fat percentage, which a new study links more accurately to obesity-related diseases and even early death. Basically, we might be ditching those outdated BMI charts for something that actually reflects how healthy someone is.

Editor’s Note: This isn’t just some nerdy medical debate—it could change how doctors (and even insurance companies) assess health risks. If body fat percentage becomes the new standard, it could mean fairer, more personalized health advice instead of relying on a one-size-fits-all metric that often misses the mark. For anyone who’s ever felt like BMI didn’t tell their whole health story, this shift could be a big deal.

Archaeologists digging near Hadrian's Wall in England stumbled upon something unexpected—eight ancient Roman shoes, all unusually large. The leather footwear, found at the Magna fort site, suggests the wearers were towering figures by Roman standards. While the average Roman shoe was modest in size, these XXL relics hint at soldiers or civilians with notably big feet, sparking curiosity about who wore them and why.

Editor’s Note: This isn't just a quirky footnote in history—it's a tangible glimpse into daily life along Rome's northern frontier. Big shoes mean big people, and that could reshape assumptions about the diverse body types (or even origins) of those stationed at the edge of the empire. Plus, well-preserved leather finds are rare, so each stitch tells a story about craftsmanship and survival in a harsh, distant outpost.

Astronomers have detected a mysterious object, temporarily named A11pl3Z, speeding through our solar system on a trajectory that suggests it came from outside our cosmic neighborhood. Its unusual speed and straight path make it a strong candidate for an interstellar visitor—only the third ever observed. Scientists are racing to confirm its origins, which could offer fresh clues about how objects travel between star systems.

Editor’s Note: If this pans out, it’s a rare chance to study material from another star system up close—like getting a cosmic postcard from deep space. The last two interstellar visitors (remember ‘Oumuamua in 2017?) sparked huge scientific debates, and this one could help answer lingering questions about how common such travelers really are. Plus, let’s be honest—it’s just cool to think something from out there is dropping by.