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New Study Challenges Planet Formation Models with PDS 70b’s Chemical Mystery
A new study on PDS 70b, a forming exoplanet located 400 light-years away, reveals a significant mismatch between its atmospheric composition and the surrounding protoplanetary disk. This discovery casts doubt on existing planet formation models, suggesting that more research is needed to understand how planets gather materials and elements during t...
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TRAPPIST-1b Could Have Carbon Dioxide-Rich Atmosphere, Study Reveals
A new study published in Nature Astronomy proposes that TRAPPIST-1b, the innermost planet in the TRAPPIST-1 system, might have a carbon dioxide-rich atmosphere. This discovery comes from new data showing a reflective haze in the planet's upper atmosphere. Scientists are also investigating the possibility of volcanic activity based on the planet’s...
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NASA Investigates Ingenuity’s Last Flight, Explains Why it Crashed on its 72nd Flight
NASA’s Ingenuity Mars Helicopter, initially planned for five flights, completed 72 missions, ending its journey on January 18, 2024. Its final flight encountered navigation challenges over Jezero Crater's featureless terrain, leading to rotor blade damage. Despite being grounded, Ingenuity continues contributing data to Mars research. NASA is now...
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JWST Discovers Jupiter-Mass Binary Objects in Orion Nebula, Offering New Clues
The James Webb Space Telescope has identified dozens of Jupiter-mass binary objects (JuMBOs) in the Orion Nebula. These enigmatic rogue gas giant pairs orbit each other at distances of 25 to 400 AU. Researchers propose they could be failed stars formed under extreme radiation conditions, ejected planetary systems, or a mix of both. Simulations repl...
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Venus Never Had Oceans or Conditions to Support Life, New Study Finds
Scientists from the University of Cambridge have concluded that Venus likely never had oceans or conditions to support life. Their study, published in Nature Astronomy, analysed atmospheric chemistry and volcanic activity. They found that volcanic gases lacked significant steam, indicating the planet's interior has always been dry. This research ha...
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Here's How Our Solar System Could Capture Interstellar Objects And Rogue Planets
The key to this phenomenon lies in the concept of phase space, a mathematical representation that describes the state of a dynamical system like our solar system.
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NASA’s Curiosity Rover Set to Target Spiderweb-Like 'Boxworks Deposits' on Mars' Surface
NASA’s Curiosity rover is set to explore Martian "spiderweb" formations, known as boxwork, which may reveal secrets about the planet’s ancient watery past. These unique structures, first observed decades ago, could help scientists understand Mars' history of water and the potential for past life. The rover’s investigation aims to study minera...
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James Webb Space Telescope Reveals Unique Features of Westerlund 1 Star Cluster
The James Webb Space Telescope has captured groundbreaking images of Westerlund 1, a supermassive star cluster located 12,000 light-years away. The new findings offer a closer look at star formation processes, particularly the discovery of brown dwarfs, and highlight the role of energetic radiation in shaping planetary environments.
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Youngest Exoplanet Ever Discovered Orbiting Around a Growing Protostar 520 Light-Years Away
TIDYE-1b, a "baby" gas giant exoplanet just 3 million years old, has been discovered orbiting a protostar in the Taurus molecular cloud. The planet’s youth makes it around 1,500 times younger than Earth, offering a rare glimpse into planetary formation. However, TIDYE-1b is orbiting a star surrounded by a misaligned protoplanetary disk, which cha...
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Hubble Telescope Finds Unexpectedly Hot Accretion Disk in FU Orionis
Hubble Space Telescope’s recent observations of FU Orionis have revealed surprising new details about the star’s accretion disk. The study found that the disk’s inner edge reaches temperatures as high as 16,000K, nearly three times hotter than the Sun’s surface. This discovery challenges existing models of stellar accretion, which had predi...
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Mars’ Moons Phobos and Deimos Could Be Asteroid Debris, New Study Reveals
New research proposes that Mars’ moons, Phobos and Deimos, could have originated from an asteroid torn apart by the planet’s gravity. Simulations show that this shredded asteroid could have formed a ring around Mars, eventually coalescing into the moons. The theory is being tested through the upcoming Mars Moons Exploration mission, which could...
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Did Earth Once Freeze Completely? New Evidence Found in Colorado Rocks
Recent research in Colorado’s Pikes Peak has uncovered crucial evidence supporting the Snowball Earth hypothesis. The discovery of Tava sandstone formations suggests that Earth experienced a global ice sheet about 700 million years ago. Using advanced radiometric dating, researchers pinpointed the formation of these sandstones to between 690 and ...
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NASA-Microsoft's New Earth Copilot To Enhance Understanding On Our Planet
US space agency NASA has partnered with Microsoft to develop an easier-to-access and user-friendly Artificial Intelligence-based chatbot that can help people decode scientific data about Earth.
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Scientists Discover New Electric Field in Earth’s Atmosphere Crucial for Life
Scientists have finally detected the long-predicted ambipolar electric field in Earth's atmosphere. Though weak, it plays a crucial role in shaping the planet’s upper atmosphere, impacting the polar wind and potentially contributing to Earth’s habitability. This discovery could help explain why Earth’s atmosphere has remained conducive to lif...
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China's Zhurong Rover Helps Find Evidence of Potential Ancient Shoreline on Mars
China's Zhurong rover has found what might be the shoreline of an ancient Martian ocean, offering fresh support for theories that Mars once had vast bodies of water. Studying images and radar data from Utopia Planitia, the largest impact basin on Mars, scientists identified geological features that resemble coastlines, including pitted cones, troug...
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New Study Challenges Planet Formation Models with PDS 70b’s Chemical Mystery
A new study on PDS 70b, a forming exoplanet located 400 light-years away, reveals a significant mismatch between its atmospheric composition and the surrounding protoplanetary disk. This discovery casts doubt on existing planet formation models, suggesting that more research is needed to understand how planets gather materials and elements during t...
-
TRAPPIST-1b Could Have Carbon Dioxide-Rich Atmosphere, Study Reveals
A new study published in Nature Astronomy proposes that TRAPPIST-1b, the innermost planet in the TRAPPIST-1 system, might have a carbon dioxide-rich atmosphere. This discovery comes from new data showing a reflective haze in the planet's upper atmosphere. Scientists are also investigating the possibility of volcanic activity based on the planet’s...
-
NASA Investigates Ingenuity’s Last Flight, Explains Why it Crashed on its 72nd Flight
NASA’s Ingenuity Mars Helicopter, initially planned for five flights, completed 72 missions, ending its journey on January 18, 2024. Its final flight encountered navigation challenges over Jezero Crater's featureless terrain, leading to rotor blade damage. Despite being grounded, Ingenuity continues contributing data to Mars research. NASA is now...
-
JWST Discovers Jupiter-Mass Binary Objects in Orion Nebula, Offering New Clues
The James Webb Space Telescope has identified dozens of Jupiter-mass binary objects (JuMBOs) in the Orion Nebula. These enigmatic rogue gas giant pairs orbit each other at distances of 25 to 400 AU. Researchers propose they could be failed stars formed under extreme radiation conditions, ejected planetary systems, or a mix of both. Simulations repl...
-
Venus Never Had Oceans or Conditions to Support Life, New Study Finds
Scientists from the University of Cambridge have concluded that Venus likely never had oceans or conditions to support life. Their study, published in Nature Astronomy, analysed atmospheric chemistry and volcanic activity. They found that volcanic gases lacked significant steam, indicating the planet's interior has always been dry. This research ha...
-
Here's How Our Solar System Could Capture Interstellar Objects And Rogue Planets
The key to this phenomenon lies in the concept of phase space, a mathematical representation that describes the state of a dynamical system like our solar system.
-
NASA’s Curiosity Rover Set to Target Spiderweb-Like 'Boxworks Deposits' on Mars' Surface
NASA’s Curiosity rover is set to explore Martian "spiderweb" formations, known as boxwork, which may reveal secrets about the planet’s ancient watery past. These unique structures, first observed decades ago, could help scientists understand Mars' history of water and the potential for past life. The rover’s investigation aims to study minera...
-
James Webb Space Telescope Reveals Unique Features of Westerlund 1 Star Cluster
The James Webb Space Telescope has captured groundbreaking images of Westerlund 1, a supermassive star cluster located 12,000 light-years away. The new findings offer a closer look at star formation processes, particularly the discovery of brown dwarfs, and highlight the role of energetic radiation in shaping planetary environments.
-
Youngest Exoplanet Ever Discovered Orbiting Around a Growing Protostar 520 Light-Years Away
TIDYE-1b, a "baby" gas giant exoplanet just 3 million years old, has been discovered orbiting a protostar in the Taurus molecular cloud. The planet’s youth makes it around 1,500 times younger than Earth, offering a rare glimpse into planetary formation. However, TIDYE-1b is orbiting a star surrounded by a misaligned protoplanetary disk, which cha...
-
Hubble Telescope Finds Unexpectedly Hot Accretion Disk in FU Orionis
Hubble Space Telescope’s recent observations of FU Orionis have revealed surprising new details about the star’s accretion disk. The study found that the disk’s inner edge reaches temperatures as high as 16,000K, nearly three times hotter than the Sun’s surface. This discovery challenges existing models of stellar accretion, which had predi...
-
Mars’ Moons Phobos and Deimos Could Be Asteroid Debris, New Study Reveals
New research proposes that Mars’ moons, Phobos and Deimos, could have originated from an asteroid torn apart by the planet’s gravity. Simulations show that this shredded asteroid could have formed a ring around Mars, eventually coalescing into the moons. The theory is being tested through the upcoming Mars Moons Exploration mission, which could...
-
Did Earth Once Freeze Completely? New Evidence Found in Colorado Rocks
Recent research in Colorado’s Pikes Peak has uncovered crucial evidence supporting the Snowball Earth hypothesis. The discovery of Tava sandstone formations suggests that Earth experienced a global ice sheet about 700 million years ago. Using advanced radiometric dating, researchers pinpointed the formation of these sandstones to between 690 and ...
-
NASA-Microsoft's New Earth Copilot To Enhance Understanding On Our Planet
US space agency NASA has partnered with Microsoft to develop an easier-to-access and user-friendly Artificial Intelligence-based chatbot that can help people decode scientific data about Earth.
-
Scientists Discover New Electric Field in Earth’s Atmosphere Crucial for Life
Scientists have finally detected the long-predicted ambipolar electric field in Earth's atmosphere. Though weak, it plays a crucial role in shaping the planet’s upper atmosphere, impacting the polar wind and potentially contributing to Earth’s habitability. This discovery could help explain why Earth’s atmosphere has remained conducive to lif...
-
China's Zhurong Rover Helps Find Evidence of Potential Ancient Shoreline on Mars
China's Zhurong rover has found what might be the shoreline of an ancient Martian ocean, offering fresh support for theories that Mars once had vast bodies of water. Studying images and radar data from Utopia Planitia, the largest impact basin on Mars, scientists identified geological features that resemble coastlines, including pitted cones, troug...
