Images of six Jupiter-sized worlds from the Webb telescope reveal new clues into how planets and stars form
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Science News
The Webb telescope's peek into a stellar nursery finds baby planets too
Images by the James Webb telescope of six Jupiter-sized worlds, one of which may have a moon-forming disk, reveal clues into how planets and stars form.
Webb telescope's largest study of universe expansion confirms challenge to cosmic theory: « The findings offer a crucial cross-check for previous Hubble Space Telescope measurements of the universe's mysterious expansion. »
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Johns Hopkins University
Webb telescope's largest study of universe expansion confirms challenge to cosmic theory
The findings offer a crucial cross-check for previous Hubble Space Telescope measurements of the universe's mysterious expansion
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Webb telescope captures its first direct images of carbon dioxide outside solar system in HR 8799, a multiplanet system 130 light-years away
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#WebbTelescope #CarbonDioxide #Exoplanets #HR8799 #Astrophysics
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Johns Hopkins University
Webb telescope captures its first direct images of carbon dioxide outside solar system
James Webb Space Telescope observations suggest key giant exoplanets likely formed like Jupiter and Saturn
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Science News
NASA reveals new details about dark matter influence on universe: « Scientists using data from NASA’s James Webb Space Telescope have made one of the most detailed, high-resolution maps of dark matter ever produced. » Read Full Article #NASA #DarkMatter…
🌌 Webb Telescope Unveils High-Resolution Dark Matter Map
Scientists have created the most detailed map of dark matter to date using NASA's James Webb Space Telescope, revealing its intricate interaction with regular matter and its role in shaping the universe. Published Monday, Jan. 26, in Nature Astronomy, this map is twice as sharp as previous ones, offering unprecedented clarity on the "invisible scaffolding" of the cosmos.
🌌 Dark Matter's Gravitational Influence Confirmed
The new map provides strong evidence that dark matter's gravity has consistently pulled regular matter towards it, causing them to align and grow together over cosmic history. This alignment is evident in galaxy clusters where massive amounts of dark matter overlap with thousands of galaxies.
🌌 Webb's Map Exceeds Previous Observations
Observing a region in the constellation Sextans for 255 hours, Webb identified nearly 800,000 galaxies, significantly more than ground-based observatories and Hubble. The map captures new clumps of dark matter and offers a higher-resolution view than ever before, confirming dark matter's fundamental role in creating the conditions for planets like Earth to form.
#WebbTelescope #DarkMatter #Astronomy
Scientists have created the most detailed map of dark matter to date using NASA's James Webb Space Telescope, revealing its intricate interaction with regular matter and its role in shaping the universe. Published Monday, Jan. 26, in Nature Astronomy, this map is twice as sharp as previous ones, offering unprecedented clarity on the "invisible scaffolding" of the cosmos.
🌌 Dark Matter's Gravitational Influence Confirmed
The new map provides strong evidence that dark matter's gravity has consistently pulled regular matter towards it, causing them to align and grow together over cosmic history. This alignment is evident in galaxy clusters where massive amounts of dark matter overlap with thousands of galaxies.
🌌 Webb's Map Exceeds Previous Observations
Observing a region in the constellation Sextans for 255 hours, Webb identified nearly 800,000 galaxies, significantly more than ground-based observatories and Hubble. The map captures new clumps of dark matter and offers a higher-resolution view than ever before, confirming dark matter's fundamental role in creating the conditions for planets like Earth to form.
#WebbTelescope #DarkMatter #Astronomy
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