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91 results for "exoplanet"
For the first time ever, scientists have directly observed the surface of a rocky planet beyond our solar system. The scorching world looks more like Mercury than Earth, but the breakthrough shows we can now study distant planets in stunning detail.
The James Webb Space Telescope just gave us our clearest look yet at a rocky planet beyond our solar system. What scientists found on LHS 3844 b reveals how diverse and fascinating distant worlds can be.
Scientists using NASA's James Webb Space Telescope have successfully mapped the surface of a distant rocky planet for the first time, revealing a Moon-like world that could unlock secrets about how planets form. This breakthrough shows we can now study the geology of worlds beyond our solar system.
More than 650 everyday citizens have become published scientific authors by volunteering with NASA projects, discovering everything from comets to exoplanets. Their contributions are now part of the permanent scientific record that will inform researchers for generations.
More than 650 everyday people who volunteered for NASA citizen science projects have become published co-authors on peer-reviewed research papers. They discovered comets, tracked auroras, and studied exoplanets from their own backyards.
Scientists discovered how a rare mini-Neptune and hot Jupiter became neighbors, solving a puzzle that's stumped astronomers since 2020. The breakthrough reveals these planets formed far from their star and traveled billions of miles together over time.
Scientists just discovered two dozen possible new worlds circling binary star systems using a clever new detection method. The find opens up a whole new way to spot planets that NASA's TESS satellite couldn't detect before.
Astronomers have discovered 27 potential new planets that orbit two stars, just like the fictional desert world Tatooine. The find more than doubles the number of known "circumbinary" planets in the universe.
A powerful new AI system just confirmed over 100 planets hiding in NASA telescope data, including rare worlds that orbit their stars in less than a day. The breakthrough could transform how we find planets across the universe.
A groundbreaking machine learning algorithm just uncovered more than 10,000 never-before-seen planets orbiting distant stars, potentially tripling the number of known worlds beyond our solar system. The discovery proves that artificial intelligence can help us explore corners of the universe that were previously impossible to search.
Scientists using a new algorithm found more than 10,000 previously unseen planet candidates by analyzing 80 million stars. If confirmed, the discovery could nearly triple the number of known worlds beyond our solar system.
A Princeton-led team just uncovered about 10,000 new planet candidates hiding in NASA telescope data, potentially doubling the number of known worlds beyond our solar system. Using machine learning to study faint stars previously overlooked, researchers are opening an entirely new window into the universe.
New research reveals that binary star systems might be better planet factories than single stars like our sun. Tatooine-style worlds with twin suns could be the norm rather than the exception across our galaxy.
Scientists discovered more than 10,000 new candidate planets hiding in NASA telescope data, potentially doubling the number of known worlds beyond our solar system. The breakthrough came from looking deeper into images we already had.
Scientists using the James Webb Space Telescope discovered unexpected water ice clouds floating in the atmosphere of a Jupiter-like planet 12 light-years away. The finding reveals that distant worlds are far more complex than our current models predict.
Wolf Cukier was just three days into his summer internship when he spotted something in star data that had been hiding for billions of years. His careful attention to one unusual dip in brightness revealed a real-life Tatooine.
Scientists have found a planetary system 370 light-years away where the planets' orbits are shifting so rapidly that astronomers can actually watch the changes happen. Unlike anything seen before, this rare system is giving researchers a front-row seat to how planets reorganize after formation.
Astronomers just discovered something they've never seen before: a planetary system 370 light-years away where orbits are shifting so fast they can watch it happen. What usually takes millions of years is unfolding before our eyes.
NASA just announced its most powerful telescope since the James Webb will launch in early September 2026, eight months ahead of schedule and under budget. The Roman Telescope will reveal hundreds of millions of galaxies and 100,000 exoplanets during its five-year mission.
The European Space Agency's Plato spacecraft just passed a grueling series of space simulations, bringing us one step closer to discovering Earth-like planets that could support life. Launch is set for January 2027.
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