🎙️ Science News Daily

Welcome to Science News Daily, your daily dose of fascinating scientific discoveries and breakthroughs.

Today's headlines showcase remarkable advances in fusion energy technology. The international ITER project has achieved a milestone by completing the world's largest superconducting magnet system, designed to confine superheated plasma and potentially generate ten times more energy than it consumes. In related news, scientists have cracked a 70-year-old fusion puzzle by developing a new technique that enables the design of leak-proof magnetic systems ten times faster than before.

In environmental science, researchers have made a startling discovery about river contamination. Nearly one-third of antibiotics consumed by humans worldwide - approximately 8,500 tons - end up in river systems annually, raising concerns about drug resistance and aquatic ecosystem health.

A fascinating breakthrough in cosmology challenges our fundamental understanding of the universe. Scientists using the Euclid telescope are investigating whether the universe might not be uniform in all directions, potentially rewriting the rules of cosmology.

In an intriguing development from primate research, scientists have found that chimpanzees from different regions drum with distinct rhythms. This discovery suggests that the building blocks of human musicality may have originated in our common ancestor with chimpanzees.

A groundbreaking study in geological history has solved Earth's greatest volcanic mystery. Researchers have finally traced the origin of a massive 120-million-year-old super-eruption to a hidden hotspot beneath the Pacific Ocean.

In renewable energy news, RIKEN scientists have discovered a remarkable property in carbon nanotubes that could revolutionize solar power technology. These nanotubes can emit light that's more energetic than the light they absorb, potentially leading to more efficient solar energy systems.

And for those interested in public health, new research has revealed a concerning link between gum disease bacteria and heart rhythm disorders. The bacterium P. gingivalis can travel from our gums to our hearts, potentially contributing to atrial fibrillation.

That's all for today's Science News Daily. Join us tomorrow for more exciting discoveries from the world of science. Stay curious!