Comments on: I fucking love science, or why "global warming" wouldn't produce "superhurricanes" http://trilema.com/2017/i-fucking-love-science-or-why-global-warming-wouldnt-produce-superhurricanes/ Moving targets for a fast crowd. Wed, 13 May 2026 23:33:03 +0000 http://polimedia.us hourly 1 By: JFW's 130 top Trilema picks to date « Fixpoint http://trilema.com/2017/i-fucking-love-science-or-why-global-warming-wouldnt-produce-superhurricanes/#comment-147724 JFW's 130 top Trilema picks to date « Fixpoint Sat, 07 Mar 2020 16:30:47 +0000 http://trilema.com/?p=74444#comment-147724 [...] I fucking love science, or why "global warming" wouldn't produce "superhurricanes" [...] [...] I fucking love science, or why "global warming" wouldn't produce "superhurricanes" [...]

]]> By: Mircea Popescu http://trilema.com/2017/i-fucking-love-science-or-why-global-warming-wouldnt-produce-superhurricanes/#comment-123602 Mircea Popescu Tue, 21 Nov 2017 23:46:59 +0000 http://trilema.com/?p=74444#comment-123602 I... guess. I... guess.

]]> By: PeterL http://trilema.com/2017/i-fucking-love-science-or-why-global-warming-wouldnt-produce-superhurricanes/#comment-123601 PeterL Tue, 21 Nov 2017 19:39:26 +0000 http://trilema.com/?p=74444#comment-123601 >> You have two balls. They start at a temperature of 0, > No, they don't. We're discussing a hotter and a colder one. At time T0 the balls are at a temperature of 0. Then you add the heat to the first ball, until at time T1 they have reached a steady state with the temperatures so described. After time T1 we decrease their radiative factor, which causes them to increase in temperature until at time T2 they have again reached a steady state with the second set of temperatures described. We then check the change of temperature from T1 to T2 for the warm end of our system and the cold end of our system. >> You have two balls. They start at a temperature of 0,

> No, they don't. We're discussing a hotter and a colder one.

At time T0 the balls are at a temperature of 0. Then you add the heat to the first ball, until at time T1 they have reached a steady state with the temperatures so described. After time T1 we decrease their radiative factor, which causes them to increase in temperature until at time T2 they have again reached a steady state with the second set of temperatures described.

We then check the change of temperature from T1 to T2 for the warm end of our system and the cold end of our system.

]]> By: Mircea Popescu http://trilema.com/2017/i-fucking-love-science-or-why-global-warming-wouldnt-produce-superhurricanes/#comment-123600 Mircea Popescu Tue, 21 Nov 2017 18:35:49 +0000 http://trilema.com/?p=74444#comment-123600 > You have two balls. They start at a temperature of 0, No, they don't. We're discussing a hotter and a colder one. > You have two balls. They start at a temperature of 0,

No, they don't. We're discussing a hotter and a colder one.

]]> By: PeterL http://trilema.com/2017/i-fucking-love-science-or-why-global-warming-wouldnt-produce-superhurricanes/#comment-123599 PeterL Tue, 21 Nov 2017 18:31:36 +0000 http://trilema.com/?p=74444#comment-123599 "Problem is I don't manage to parse your model even halfway, so I don't get to the end." Better error message please? What is tripping you up here? "Problem is I don't manage to parse your model even halfway, so I don't get to the end."

Better error message please? What is tripping you up here?

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