Water is fundamental to life, but its journey to Earth has long puzzled scientists. Observing ice around infant stars could provide crucial clues about where our planet’s water came from. Recent studies using the James Webb Space Telescope (JWST) are revealing how the water in star-forming regions might resemble the water on Earth, helping scientists understand how planets can become habitable. The Role of Semi-Heavy Water One key to uncovering the origins of Earth’s water lies in semi-heavy water, or HDO. In this molecule, one hydrogen atom is replaced by deuterium, a heavier version of hydrogen containing a neutron. Water with a higher HDO-to-H2O ratio typically forms in extremely cold environments, like the dense clouds of...

Stars are the engines of the universe, shaping galaxies, creating heavy elements, and dazzling the night sky. Yet, some stars stand out for their sheer size—so large that they could swallow entire planetary systems. These cosmic giants spark curiosity: how do stars grow so enormous, and why do they not all reach such extremes? The answer lies in the physics of stellar life cycles, where mass, fusion, and radiation determine their fate. The Largest Stars Known One of the most famous contenders for the title of the biggest star is VY Canis Majoris, a red hypergiant about 6,000 light-years away. Its size is staggering—more than 1,500 times the diameter of the sun. Placed in our solar...

At the heart of the Milky Way, where stars orbit dangerously close to a supermassive black hole, some of them may be living on borrowed time—or not aging at all. New research explores an extraordinary idea: certain stars near the galactic center might be powered not by fusion alone, but by the energy released from collisions between dark matter particles and their antimatter counterparts. This concept doesn’t just challenge conventional models—it reshapes what we understand about stellar evolution. What Shapes a Star's Life? The foundation of a star’s life lies in its mass. Mass determines how quickly a star burns hydrogen, when it moves on to heavier elements, and how it ultimately fades. The "main sequence"...

Life rarely stays in a straight line, and this week, two zodiac signs are about to feel that truth more than ever. Aries and Pisces are entering a stretch filled with surprise shifts, fresh opportunities, and internal tests. Whether it’s a career jolt or a subtle nudge toward personal growth, both signs could experience moments that disrupt their routines—but in a way that ultimately leads to growth. When astrology signals change, it’s not always chaos—it can also be a call to reframe and realign. And this week, Aries and Pisces are in the cosmic spotlight. Unexpected Momentum for Aries For Aries, this week isn’t just about fast moves or bold leaps—it’s about measured courage. While a...

Gemini brings a unique kind of energy to the zodiac. With birthdays spanning from May 21 to June 21, this air sign is ruled by Mercury—the planet known for swift communication and intellect. Represented by twins Castor and Pollux, Gemini naturally embodies duality. They move effortlessly between perspectives, balancing logic and creativity in a way that keeps everyone guessing. Always seeking something new, Gemini rarely stays in one place for long. Whether switching topics mid-sentence or moving between friend groups, their energy keeps things dynamic. It’s this vibrant, curious nature that often earns Gemini a reputation as the most social sign in the zodiac. The Mind Behind the Wit Gemini operates with remarkable mental speed. Conversations...

For centuries, stars have sparked questions about the universe’s structure. While much attention falls on their brightness and composition, scientists now listen to them—literally. Through the study of stellar sounds, astronomers explore vibrations within stars that carry deep clues about their age, structure, and evolution. Recent findings from the M67 star cluster, located nearly 3,000 light-years away, show that these internal "songs" don’t just echo through space—they tell intricate stories. Using Kepler’s K2 mission data, researchers tracked stellar activity throughout a star’s giant phase, revealing a surprising behavior that alters previous understanding of star evolution. What Makes Stars Sing? Most stars—including the Sun—feature turbulent outer layers filled with boiling gas. As bubbles of gas rise and...