
Rocket Lab Launch Tonight: Origami Satellite & 7 More
Tonight's Rocket Lab mission showcases cutting-edge space technology with eight Japanese satellites, including one featuring an ingenious origami-inspired antenna design.

Scientists discovered mud amplified the 2011 Japan tsunami's destructive power. This hidden factor changes everything we know about coastal disaster risks and preparedness.

Scientists using the James Webb Space Telescope have discovered unexpected water-ice clouds on a distant giant planet, revealing atmospheric complexity that challenges our understanding of alien worlds.

Researchers achieved a breakthrough by demonstrating quantum internet technology through New York City's existing fiber optic cables, proving unhackable networks can work in real-world conditions.

The Plinky 12 from Making Sound Machines offers three distinct synthesizers in one unit through swappable touch panels. We compare each configuration to find the coolest option.

A breakthrough in watershed management combines graph machine learning with process-based knowledge to predict streamflow and nitrogen export in agricultural regions with limited data.

The Ulticam IQ V2 from Xthings claims to be the first Matter-certified AI security camera with Power over Ethernet and Google Gemini integration. Here's what Apple users need to know.

A long-overlooked force produced by neutrinos has resolved a puzzling mismatch in atomic physics, validating the standard model and showcasing the precision of modern particle physics.

New DNA evidence shows that a lost world beneath the North Sea was covered in thriving oak, elm, and hazel forests thousands of years earlier than scientists thought possible.

Researchers discovered that zombie immune cells drive fatty liver disease through chronic inflammation. Removing these cells reversed liver damage in mice, even without dietary changes.

MIT scientists found that legal industrial chemicals are leaking into the atmosphere at alarming rates, potentially delaying ozone layer recovery by seven years. Here's what needs to change.

For the first time ever, scientists have directly measured a key nuclear reaction that creates rare proton-rich elements in supernova explosions, cutting uncertainty in half.