For over a century, physics has rested on two towering pillars: Einstein’s general relativity, which describes gravity as the curvature of space and time, and quantum mechanics, which governs particles and fields. Each theory is remarkably successful within its own realm, but when combined they generate deep contradictions, especially around black holes, the origins of …
The Himalayas, the planet’s highest mountain range, have long inspired scientific curiosity about how such colossal peaks can remain stable over millions of years. For decades, geologists believed that the immense weight of these mountains rested solely on an unusually thick section of the Earth’s crust. This long-standing view, dating back to Swiss geologist Émile …
Continue reading “Himalayas gain hidden support from the mantle”
MIT geologists have achieved a breakthrough in understanding how an earthquake releases and partitions its energy by creating “lab quakes,” miniature analogs of natural seismic events. Their work provides the first complete measurement of how earthquake energy is distributed among ground shaking, heat generation, and rock fracturing. Traditional field studies can detect surface shaking, but …
Continue reading “Lab experiments reveal hidden earthquake energy”
Researchers are exploring a surprisingly simple yet powerful way to combat global warming: burying leftover wood deep underground to lock away carbon dioxide. Instead of relying solely on high-tech machines or chemical processes, this approach uses nature itself to achieve significant carbon removal. A recent study led by Cornell University scientists and published in Nature …
The latest frontier in artificial intelligence research revolves around the pursuit of world models, simplified representations of reality that allow machines to reason, predict, and test decisions before acting. The idea is that an AI carrying a computational “snow globe” of its environment could operate more intelligently and safely. Leaders such as Yann LeCun, Demis …
The Sun, a constant yet unpredictable presence, continues to challenge scientists with its complex behavior. To address this, IBM and NASA have unveiled Surya, a foundation model specifically designed to decode solar phenomena. Announced on August 20, Surya combines advanced artificial intelligence with years of heliophysics data to improve predictions of solar flares and storms. …
