Science

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Bendy, ultra-thin solar cell

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Bendy, ultra-thin solar cell

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Greenland and Antarctica losing ice six times faster than expected

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Greenland.

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ESO Telescope Observes Exoplanet Where It Rains Iron

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ESO Telescope Observes Exoplanet Where It Rains Iron

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Paper Sheds Light on Infant Universe and Origin of Matter

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The rotation of the QCD axion (black ball) produces an excess of matter (colored balls) over antimatter, allowing galaxies and human beings to exist.

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Scientists Announce Orbital Tilt Measurements in Youngest Planetary Star System Ever

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Scientists Announce Orbital Tilt Measurements in Youngest Planetary Star System Ever

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Ancient Shell Shows That Days Were a Half-Hour Shorter 70 Million Years Ago

BEER STEIN-SHAPED DISTANT RELATIVE OF MODERN CLAMS CAPTURED SNAPSHOTS OF HOT DAYS IN THE LATE CRETACEOUS

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Fossil rudist bivalves (Vaccinites) from the Al-Hajar Mountains, United Arab Emirates.

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Turbulent Convection Lies at the Heart of Stellar Activity

By combining modern data analysis techniques with stellar structure modelling for main-sequence and giant stars, researchers shed new light on stellar dynamos.

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A look into the interior of the Sun and a more evolved giant star.

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Burned area trends in the Amazon similar to previous years

Thousands of fires broke out in the Amazon last year – sparking an international media frenzy. A detailed analysis, using data from the European Space Agency’s Climate Change Initiative, indicates that while there was a small increase of fires in 2019 compared to 2018, fires in Brazil were similar to the average annual number of fires detected over the past 18 years.

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Wildfire.

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SOFIA’s Infrared View of the Skies

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Composite image of W51A, the largest star-forming region in our galaxy. Dozens of massive stars that are more than eight times the size of our Sun are forming there. They create intense radiation pressure that has pushed dust out of the star’s natal cocoon, creating arcs and bubbles that glow brightly at infrared wavelengths of at 37 and 70 microns, shown in green and red in this false color image. Hot gas remains inside these features, which is shown in the 20-micron view in blue. The background star field from Spitzer is shown in white.

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First Official Names Given to Features on Asteroid Bennu

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This flat projection mosaic of asteroid Bennu shows the locations of the first 12 surface features to receive official names from the International Astronomical Union. The accepted names were proposed by NASA’s OSIRIS-REx team members, who have been mapping the asteroid in detail over the last year. Bennu’s surface features are named after birds and bird-like creatures in mythology, and the places associated with them.