Tag: Exoplanets
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Earth-sized World HD 137010 b Found 146 Light-Years Away Sparks Life Hopes
New Earth-sized Exoplanet Discovered Around a Nearby Sun-like Star Astronomers have identified a compelling new Earth-sized planet, labeled HD 137010 b, orbiting a sun-like star approximately 146 light-years from Earth. The discovery, announced in a recent study, adds a significant entry to the growing catalog of nearby exoplanets that could offer clues about worlds beyond…
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Nearby Earth-Sized World HD 137010 b: A New Candidate 146 Light-Years Away
Astronomers Announce a New Earth-Sized Candidate Orbiting a Nearby Sun-Like Star In a development that stirs excitement about planets beyond our solar system, scientists have identified an Earth-sized candidate orbiting a sun-like star roughly 146 light-years from Earth. The object, designated HD 137010 b, joins a growing list of nearby worlds that could offer clues…
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Earth-sized HD 137010 b: a new world 146 light-years away
A New Earth-sized World Emerges in the Nearby Cosmos Astronomers have identified a promising Earth-sized planet orbiting a sun-like star roughly 146 light-years from Earth. The candidate, named HD 137010 b, adds an intriguing member to the growing catalog of nearby exoplanets that could help scientists understand the diversity of worlds in our galactic neighborhood.…
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Australian Astronomers Discover Potentially Habitable Planet HD 137010 b
Summary of the Discovery Australian astronomers have announced the discovery of a candidate exoplanet named HD 137010 b, located about 150 light-years from Earth. Identified by an international team led by researchers at the University of Southern Queensland, the planet is considered a promising candidate for habitability due to its size and estimated distance from…
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A New Oceanic Frontier? HD 137010 b, a Potentially Habitable Exoplanet 146 Light-Years Away
Overview: A New Exoplanet Candidate Astronomers have identified a promising exoplanet candidate, HD 137010 b, located roughly 146 light-years from Earth. The discovery adds to a growing list of worlds outside our solar system that resemble Earth in size and offer Earth-like or Mars-like conditions. While the planet’s name may spark curiosity about its nature,…
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HD 137010 b: A Potentially Habitable Exoplanet 146 Light-Years Away
Nearby but foreign: what we know about HD 137010 b In a significant stride for exoplanet research, astronomers have identified a candidate world called HD 137010 b that sits roughly 146 light-years from Earth. The planet is described as Earth-sized, slightly larger than our planet by about 6%, and orbits a sun-like star. What excites…
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HD 137010 b: Potentially Habitable Planet 150 Light-Years Away
Australia Joins the Hunt for Worlds Beyond Our Solar System In a landmark collaboration, Australian astronomers have identified a candidate exoplanet that could harbor conditions suitable for life as we know it. Named HD 137010 b, the planet sits about 150 light-years from Earth and is generating excitement across the global astronomical community for its…
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NASA Exoplanet Probe Tracks Interstellar Comet 3I/ATLAS to Gauge Its Spin
Introduction: A unique guest from beyond the solar system In a rare rendezvous of worlds, NASA’s exoplanet-hunting mission continues to show that it can do more than seek planets around distant stars. During a dedicated observing run from January 15 to January 22, the Transiting Exoplanet Survey Satellite (TESS) joined a broader effort to study…
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NASA exoplanet probe tracks interstellar comet 3I/ATLAS to gauge its spin
Overview: A New View of 3I/ATLAS from an Exoplanet Mission NASA’s Transiting Exoplanet Survey Satellite (TESS) isn’t limited to hunting planets around distant stars. In a surprising twist, the mission recently turned its gaze toward a visitor from beyond the Solar System: interstellar comet 3I/ATLAS. During a dedicated observation run from January 15 to January…
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Growing Pains: How Collisions Shape Teenage Exoplanets
Introduction: Teenage Exoplanets and Their Chaotic Beginnings When we think of exoplanets, we often picture fully formed worlds orbiting distant stars. In reality, many planets are in their chaotic adolescence—what scientists call the “growing pains” of teenage exoplanets. During these early stages, planets grow, shuffle, and sometimes smash into one another. These violent interactions help…