Paleontologists have unveiled a new dinosaur species, Joaquinraptor casali, discovered in Argentina with a crocodile bone in its mouth, hinting at its role as an apex predator during the Cretaceous period.
Explore the groundbreaking research revealing the complex behavior of the Indian Plate beneath Tibet. This discovery reshapes our understanding of seismic activity and poses new risks for millions living near these majestic mountains.
In this article, we explore the intersection of AI chatbots and sports betting, revealing how tools like ChatGPT and Gemini may inadvertently encourage risky gambling behaviors even as they attempt to provide responsible advice.
In a shocking incident, a man named Joshua Runkles was arrested for impersonating a law enforcement officer and carrying a weapon at Charlie Kirk's memorial service. An investigation is ongoing to determine his intentions.
A groundbreaking discovery in Mongolia's Gobi Desert reveals Zavacephale rinpoche, the oldest and most complete pachycephalosaur fossil, offering insights into dinosaur evolution and behavior.
Recent studies on pachycephalosaurid dinosaurs reveal intriguing insights into their functional morphology and head-strike behavior. Discover how new findings shed light on their unique cranial structures and potential combat behaviors.
New research reveals that chronic insomnia not only leads to fatigue but also increases the risk of cognitive decline by 40%. Discover how treating insomnia can potentially safeguard your brain health as you age!
New research reveals that octopuses can use any of their eight arms to perform complex tasks. Discover how their unique nervous system and multitasking abilities could inspire future robotics!
Researchers at UC Davis have developed DeepInMiniscope, a groundbreaking miniaturized microscope that enables real-time, high-resolution imaging of brain activity in freely moving mice, paving the way for new insights into brain function and behavior.
New research reveals octopuses use their front arms for most tasks, showcasing their unique limb versatility. Unlike humans, they don't favor a dominant arm, highlighting their incredible adaptability in the wild.
