Science

For centuries, humanity has sought to understand what molds our home planet. Conventional wisdom points to Earth’s internal dynamism—volcanoes, tectonic shifts, and asteroid impacts—as the primary sculptors of our geological history. However, recent research proposes a startlingly provocative idea: that the destiny of Earth might also be written in the stars, embedded in the very

Imagine a world where every window doubles as a power generator, seamlessly blending into the urban landscape without sacrificing aesthetics. The innovation emerging from Nanjing University—an ultra-clear, thin coating known as a “colorless and unidirectional diffractive-type solar concentrator”—aims to make this dream a reality. The core idea is undeniably inspiring: harness the sun’s energy without

Neutrinos represent one of the most profound mysteries concealed within the fabric of our universe. These ghostly particles, often dismissed as insignificant due to their minimal interaction with matter, hold the key to understanding the cosmos on a fundamental level. Despite their staggering abundance—originating from the Sun, cosmic rays, and even human-made nuclear processes—they practically

In recent discourse, there’s a tendency to portray environmental toxins—such as microplastics—as the primary culprits for neurodegenerative diseases like Alzheimer’s. While such dangers are undeniable, this narrative risks oversimplification and shifts focus away from more nuanced, evidence-based understanding. The recent mouse study from the University of Rhode Island, linking microplastic ingestion with cognitive decline in

For over six decades, metformin has been the cornerstone of type 2 diabetes management. Its enduring use is rooted in its proven efficacy and safety profile, making it an accessible and relatively affordable option for millions. Yet, beneath its established reputation lies a perplexing mystery: how does this humble drug truly work? For years, the

Plastic has become ingrained in virtually every aspect of modern life—its versatility, durability, and affordability make it an unparalleled material for everything from packaging to electronics. Yet, this convenience comes at a staggering environmental cost. The production of conventional plastics relies heavily on fossil fuels, contributing significantly to greenhouse gas emissions and resource depletion. Moreover,

The discovery of ancient bones in a Vietnamese cave challenges us to confront a troubling reality: violence has marred human history from its very inception. This isn’t merely a story from prehistoric times; it is a stark reminder that conflict and aggression are intrinsic parts of our species’ narrative. When archaeologists unearthed the skeleton of

Humanity’s grasp of the cosmos often feels substantial, yet recent discoveries about Uranus’s constellation of moons expose just how superficial our understanding truly is. With the addition of a tiny, previously unseen moon—designated S/2025 U1—astronomers are forced to confront the uncomfortable truth: our celestial catalog is still vastly incomplete. For decades, we relied heavily on

For decades, scientists have held the belief that the remote southernmost waters of the globe are primarily a cold, barren expanse, playing a limited role in the Earth’s carbon cycle. This assumption rooted itself in the challenging nature of these icy reaches—hard to access, poorly understood, and often dismissed as irrelevant in global climate models.

In an era where pandemics have reshaped societies and economies, the quest for universal viral defenses remains a tantalizing goal. Recently, scientific breakthroughs have unveiled a perplexing genetic anomaly: a mutation in the interferon-stimulated gene 15 (ISG15) that grants individuals an extraordinary resilience to viruses. Unlike traditional immune responses that often struggle to keep pace