It’s like reddit, but I don’t have to feel icky.




given up looking for replacements
r/anarchydnd
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r/Condution
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r/ZeroCovidCommunitv

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Joined 3 years ago
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Cake day: June 13th, 2023

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  • So I created my own party. It’s called the Sloth and Indolence Party, and I’m running as an anarchist candidate in the best sense of that word.  I’ve studied the presidency carefully. I have seen that our best presidents were the do-nothing presidents: Millard Fillmore, Warren G. Harding. When you have a president who does things, we are all in serious trouble.  If he does anything at all, if he gets up at night to go the bathroom, somehow, mystically, trouble will ensue.

    I guarantee, that if I am elected, I will take over the White House, hang out, shoot pool, scratch my ass, and not do a damn thing.  Which is to say, if you want something done, don’t come to me to do it for you; you got to get together and figure out how to do it yourselves.  Is that a deal?







  • Results. We find that the predicted fate of the Earth is highly sensitive to the tidal model and the assumed mass-loss rate. Based on updated tidal dissipation prescriptions, Earth survives the RGB and AGB phases of the Sun. In contrast, the use of earlier prescriptions of tidal dissipation prescriptions leads to engulfment during the AGB phase. Furthermore, low AGB mass-loss rates result in engulfment, and vice versa. Using the observed mass-loss rates of the AGB star L2 Pup as a proxy for the Sun’s future AGB mass-loss rate results in the survival of the Earth during the AGB phase when combined with our tidal dissipation evaluation.

    Conclusions. Currently, the survival of the Earth and the inner Solar System is not robustly determined and critically depends on the treatment of tidal dissipation and stellar mass loss. Given the current observational uncertainties in AGB mass-loss rates, the ultimate fate of the Earth remains uncertain, highlighting the need for improved constraints on the late-stages of stellar evolution. However, considering observational proxies for the Sun during the AGB phase, it is likely that the Earth will survive the Sun’s red giant phase.