A wave of bright fireballs streaked across skies worldwide in March and early April, sparking confusion and, in some places, outright alarm. Now, a NASA researcher say those sightings were not random. They were part...

It sounds like the opening line of a sci-fi thriller: the sun dims, Earth shivers, and no one saw it coming. But new research suggests that, in a scientific sense, something close to that has...

The Shroud of Turin’s India origin claim is stirring fresh debate around one of the world’s most examined religious relics. A new scientific analysis suggests that a significant portion of the human DNA found on...

Light, as it turns out, isn’t just brightness streaking through space. It also carries pockets of absolute darkness—tiny voids embedded within the wave itself. Scientists have known about these features for decades in theory. Now,...

More than five decades after astronauts last walked on the Moon, sealed lunar rocks from the Apollo 17 mission are finally giving up new secrets. And the findings are not what scientists expected. Researchers led...

For anyone with long nails, using a smartphone can feel like a daily workaround. Instead of tapping naturally, you angle your fingers, use your knuckles, or rely on trial and error just to send a...

When the phrase “cancer vaccine” comes up, most people think of years of lab work, clinical trials, and teams of scientists. But an Australian tech entrepreneur has challenged that assumption by creating a personalized cancer...

Some of science’s greatest breakthroughs, penicillin, X-rays, and Viagra, were born from mistakes. Now, a team at the University of Cambridge has added another entry to that list: a light-powered chemical reaction that could fundamentally...

A breakthrough experiment in Germany is pushing the boundaries between science fiction and real-world biology. Researchers report that they have successfully revived frozen brain tissue, with its cellular structures and electrical activity largely intact. The...

Quantum computers promise enormous leaps in computing power, but today’s machines come with a major drawback: they require extreme conditions to operate. Most quantum systems must be cooled to temperatures close to absolute zero (−273.15°C...