rot13 because it's a bit of a spoiler (IMO half the fun of reading hard sci-fi is seeing the science and engineering being presented):

Gur fuvc gur cebgntbavfgf geniry ba vf cebcryyrq ol INFVZE guehfgref, cbjrerq ol n ahpyrne ernpgbe ehaavat zbygra zrgny nf pbbynag. Gb enqvngr njnl tvtnjnggf bs gurezny cbjre, gurl rzcybl n enqvngbe gung vf rffragvnyyl n ynetr neenl bs 3Q cevagref. Gurer ner ornzf fbzr uhaqerqf bs zrgref ybat, gung pbagvahbhfyl rkgehqr gur yvdhvq zrgny pbbynag vagb fcnpr nf ybat naq guva evoobaf. Gur zrgny evoobaf pbby qbja, enqvngvat njnl raretl, naq ner thvqrq ryrpgebzntargvpnyyl gbjneqf n ornz shyy bs ebyyref, gung pncgher gur sebmra evoobaf, juvpu gura trg zrygrq naq chfurq guebhtu gur ernpgbe ntnva. Gur flfgrz erdhverf evqvphybhf nzbhagf bs npgvir pbageby, naq nf lbh pna vzntvar, znlurz pna unccra vs vg znyshapgvbaf.

That sounds incredibly fragile, but I'm guessing most of the technology and infrastructure I depend on on a daily basis is also incredibly fragile.

Further reading - uggcf://ra.jvxvcrqvn.bet/jvxv/Yvdhvq_qebcyrg_enqvngbe

Wow. That truly is an amazingly cool radiator design idea. I'm going to put the book on my list!