Stellar rotation drives deep mixing in ageing red giant stars
New York (SDX) Feb 23, 2026
Advances in supercomputing have enabled astronomers to resolve a long-standing problem in stellar evolution: how changes in the chemical composition at the centers of red giant stars connect to the altered chemistry seen at their surfaces as they age. Researchers at the University of Victoria's Astronomy Research Centre and the University of Minnesota report that stellar rotation provides
Advances in supercomputing have enabled astronomers to resolve a long-standing problem in stellar evolution: how changes in the chemical composition at the centers of red giant stars connect to the altered chemistry seen at their surfaces as they age. Researchers at the University of Victoria's Astronomy Research Centre and the University of Minnesota report that stellar rotation provides
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