New California Legacy Survey data confirms stellar activity cycles grow longer and weaker before disappearing, resolving the Sun's apparent outlier status in evolutionary trends.
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Observational analysis of 85 FGK stars yields X-ray luminosity and temperature relations with age, confirming t^{-1.5} decay in soft band while noting increased scatter in harder band at older ages.
citing papers explorer
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Stellar Activity Cycles Grow Longer and Weaker Before Disappearing
New California Legacy Survey data confirms stellar activity cycles grow longer and weaker before disappearing, resolving the Sun's apparent outlier status in evolutionary trends.
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X-ray Emission and Stellar Ages of Sun-Like Stars
Observational analysis of 85 FGK stars yields X-ray luminosity and temperature relations with age, confirming t^{-1.5} decay in soft band while noting increased scatter in harder band at older ages.