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Physicists Start To Pin Down How Stars Forge Heavy Atoms
INGHAM COUNTY, MICHIGAN, JUL 02 – The confirmed 1.68 Debye dipole moment of aluminum monochloride aids understanding of stellar nucleosynthesis and supports advances in quantum computing and astrophysics.
Summary by Quanta Magazine
2 Articles
2 Articles
Physicists Start To Pin Down How Stars Forge Heavy Atoms
The Facility for Rare Isotope Beams (FRIB) may not glitter quite like the night sky, plunked as it is between Michigan State University’s chemistry department and the performing arts center. Inside, though, the lab is teeming with substances that are otherwise found only in stars. Here, atomic nuclei accelerate to half the speed of light, smash into a target and shatter into smithereens. Source
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Leaning Left1Leaning Right0Center1Last UpdatedBias Distribution50% Left, 50% Center
Bias Distribution
- 50% of the sources lean Left, 50% of the sources are Center
50% Center
L 50%
C 50%
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