Thanks for the link. He says something else very relevant to OP's point, too:
"We face another obstacle: In a finite world, high growth
rates must self-destruct. If the base from which the growth is
taking place is tiny, this law may not operate for a time. But
when the base balloons, the party ends: A high growth rate
eventually forges its own anchor."
"We face another obstacle: In a finite world, high growth rates must self-destruct. If the base from which the growth is taking place is tiny, this law may not operate for a time. But when the base balloons, the party ends: A high growth rate eventually forges its own anchor."