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This work was sponsored as part of a broader project sponsored by the Future of Life Institute (@FLIxrisk). Now that this code is done I can implement the next step, which is to calculate nuclear-induced burning based on underlying terrain/urban areas. 
So 1 Tsar Bomba on NYC = 7.9 million dead, but 3 Tsar Bombas on exactly the same spot, one after another, "only" kills 9.8 million (and not 23.7 million), because it's whittling away at the population that would have survived the first one. Hooray, science!pic.twitter.com/9WxJc1zudM
There will be some limitations to avoid crashing my database server (if a calculation takes more than 20 seconds, it gives up), but if you've got a good reason to do huge calculations let me know, there are ways I can set it up so it won't constrain you and it won't crash me.
Unless 7.9M people casually decided to voluntarily walk to the bombing original spot on day 1. And then the same on day 2. Talling up a total of exactly 23.7M victims.
Small odds don´t matter. #BlackSwans
To clarify something: this is making the assumption that the weapons are close in time (not days apart). Each bomb does not kill 100% of the people in its total blast range. Each subsequent bomb is "only" affecting survivors.
Seems like leaving 2 million people needing serious medical aid would create a scenario from hell.
"I'm not saying we wouldn't get our hair mussed..."pic.twitter.com/9BAn6le5H8
Will the hard cap of 100MT be removed? I want to do a casualty projection of a potential 60GT explosion, but with the 100MT cap, I cannot do that.
You might need to consult a physicist on that one
Theoretically possible if you have enough fuel
In the “keep adding stages” sense?
What if all 3 are at the exact same time? The thermal effect would stretch much further out…
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