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Using the Australia Telescope Compact Array (ATCA), astronomers have performed large-scale radio observations of a ...
As of fiscal year-end 2024, Thermo Fisher carried roughly $31 billion in long- and short-term obligations. The PPD acquisition materially increased its leverage but the number has steadily come down.
As of fiscal year-end 2024, Thermo Fisher carried roughly $31 billion in long- and short-term obligations. The PPD acquisition materially increased its leverage but the number has steadily come down.
According to the latest studies led by Heidelberg University astronomers, low-mass stars quite often host Earth-like planets. Data collected as part of the CARMENES project were the basis of this ...
Modern Engineering Marvels on MSN1d
JWST’s Infrared Vision Unveils the Turbulent Birthplaces of Stars in the Cat’s Paw NebulaHow does a star form from the cold, turbulent gloom of a molecular cloud? Three years have already passed since the James Webb Space Telescope has been revealing how, most recently by removing the ...
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Space.com on MSNJames Webb Space Telescope unwraps the dusty shrouds of dying starsThe fact that this carbon dust can potentially survive for centuries could change how we think about the building blocks of ...
Very massive stars (VMSs) have had a massive impact on the formation of our universe. However, there aren't very many of them ...
For the first time, astronomers have spotted a star that exploded not once, but twice. A new image of a roughly 300-year-old supernova provides visual evidence that some dying stars undergo a double ...
Gaia-4b is the most massive planet known to orbit a low-mass star. Also, see an animation for Gaia-5b, a brown dwarf orbiting a low-mass star.
Upgraded ALMA images expose hidden rings and spirals around baby stars, indicating planets begin taking shape mere cosmic ...
He sends a message to his opponent.” The message Oaks Christian’s star singles player sent to every opponent he faced this season was crystal clear: My name is Dylan Lin and I have arrived.
A new class of cosmic explosions — which emit more energy than any other brightness-changing event — may come from megastars getting shredded by supermassive black holes (illustrated). Adam ...
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