Science Alert
Catch up on the latest science news, from space and technology to life and environmental research- all the discoveries shaping our world today.
Updated: 1 hour 29 min ago
‘Alien egg’: NASA astronaut grows purple potato on ISS, internet goes wild
A strange, tentacled object that went viral online was revealed to be a space-grown purple potato. Astronaut Don Pettit cultivated the unusual specimen during a microgravity gardening experiment, highlighting the potential for future food production beyond Earth. The potato's appearance, amplified by its color and the space environment, sparked widespread speculation before its true, less ominous identity was uncovered.
10 strange scientific theories sound absurd today, but scientists once believed them
Throughout history, even the world’s most brilliant minds have fallen for theories that seem completely bizarre today. Before we had modern technology, geniuses often relied on intuition to explain the unknown. From thinking a hidden planet caused space wobbles to believing tooth worms caused cavities, these strange ideas were once defended in famous scientific journals. These ten genius failures show that the path to discovery is full of spectacular mistakes. By exploring these debunked theories- like vegetable lambs and emotional asthma- we see that science isn't just about being right; it’s a constant, self-correcting journey toward the truth.
‘Can remove 96% microplastics’: High school student builds low-cost filter to tackle water pollution
A US high school student has pioneered a low-cost water filter using magnetic ferrofluid to capture 96% of microplastics. This innovative prototype, inspired by local pollution concerns, offers a promising, affordable solution to a global crisis. The system's efficiency and potential for reuse are drawing significant attention, suggesting a new avenue for cleaner drinking water.
CERN scientists transport antimatter by truck for the first time – here's why
CERN scientists successfully transported antiprotons by truck for the first time, suspending them in a vacuum within a specially designed magnetic trap. This four-hour test journey, including a half-hour drive, aimed to assess the safe movement of these fragile particles. The experiment is a crucial step towards enabling antiproton research at other institutions.
