Floating Time Crystal Challenges Newton's Third Law
Scientists have successfully developed a novel form of time crystal. This innovative setup utilizes sound waves to suspend minuscule beads in mid-air. These suspended particles exhibit interactions that are fundamentally unbalanced and one-sided, directly contravening Newton's third law of motion. This peculiar dynamic establishes a stable, perpetually repeating rhythm.
The system, though deceptively simple in its construction, unveils complex physical phenomena with significant implications. Its potential impact spans advancements in quantum computing and a more profound understanding of the intricate timing systems within biological organisms.
Fresh materials — Science news
GLP-1 Medications in Children Linked to Nutritional Deficiencies
Children prescribed GLP-1 medications for weight loss, prediabetes, or type 2 diabetes may face a significant nutritional risk. A study published in Childhood Obesity identified that almost 17% of young patients (16.8%) were diagnosed with a nutritional deficiency within their first year of tr
Dietary Changes May Reverse Biological Age in Older Adults Within 4 Weeks
Significant shifts in biological age markers are achievable for older adults in a remarkably short period, driven solely by dietary modifications. New findings from the University of Sydney indicate that Australians aged 65 to 75 who reduced either dietary fat or animal-based protein displayed
UV Light Reveals Possible Camouflage on 125-Million-Year-Old Crocodile Fossil
A remarkably preserved fossil from northeastern Spain offers a rare glimpse into the skin, soft tissues, and potential coloration of an ancient crocodile relative that lived approximately 125 million years ago. This new research, detailed in the Zoological Journal of the Linnean Society,
The Einstein Problem's Shape Reveals New Physics Through Light Patterns
A mathematical shape, famous for solving a decades-old puzzle, is now showing an unexpected link to physics. Structures based on this shape can make light form unusual chiral patterns, opening new avenues for studying how geometry affects optical behavior. Researchers from the Institute of
Screen Time's Unexpected Link to Kids' Cognitive Skills
A Finnish study has uncovered an unexpected correlation between screen usage and cognitive capabilities. Children who spent more time in front of screens as they grew tended to exhibit enhanced cognitive processing during their adolescent years. One of the lead researchers advises agai
Tiny Fossils Reveal Secrets of Complex Life's Origin
While the hunt for life on Mars or distant icy moons often grabs headlines, a profound mystery about the emergence of complex life is unfolding much closer to home. Scientists are diligently working to pinpoint when the first eukaryotes appeared on Earth and how these pivotal organisms paved