A new study reveals that walking just 7,000 steps a day provides the same health benefits as the previously recommended 10,000. Discover how this shift in understanding can impact your daily activity.
Discover how simply walking faster can significantly improve health for older adults. A recent study reveals that increasing your pace can enhance physical function and combat frailty.
A groundbreaking study uncovers substantial Siberian ancestry among modern speakers of Hungarian, Finnish, and Estonian. This research links ancient DNA to the migration of Uralic languages from East to West.
A new study shows that overpumping and climate change have drastically reduced freshwater availability, surpassing ice melt as the main driver of sea level rise. This could spell disaster for food security and drinking water access.
A new study reveals that a terror bird, a top predator from 13 million years ago, may have been killed in a fierce battle with a caiman. Researchers analyze teeth marks on fossilized bones to uncover this ancient interaction.
A groundbreaking study suggests that spiders and their relatives may have evolved in the ocean rather than on land. Researchers examined ancient fossils, revealing surprising similarities in brain structure that challenge long-held beliefs.
A new study warns that superbugs could lead to millions of deaths and nearly $2 trillion in economic losses by 2050. The alarming rise in antimicrobial resistance demands urgent action from governments worldwide.
A new study reveals that omega-3 fatty acids may significantly reduce aggression, with findings suggesting up to a 28% decrease. Researchers urge the implementation of fish oil supplements for better mental well-being.
A recent study reveals how women's anger evolves during the transition to menopause. While anger increases with age, its expression diminishes, highlighting the importance of emotional regulation. Experts emphasize the need for awareness and education on mood changes during this crucial life stage.
Researchers at Fudan and Peking Universities have achieved a groundbreaking observation of the nonlinear Nernst effect in non-magnetic ABA trilayer graphene, paving the way for efficient thermoelectric energy harvesting without magnetic fields.
