Prior conceptual work suggests that managing the consequences of extreme shrinking at once would be difficult, but there were only transient adverse effects in that one, in a follow-up work, and in a related work involving extreme size increase. Moreover, available information suggests high cost-effectiveness, with direct benefits exceeding 10:1 for the original work.
Such rich literature! I think the major flaw in their methodology is lack of coordinated, incremental scaling (which seems to be the reason why the test subject faced quite a bit of trouble). That said, it still reinforces the arguments of the proposal above, so thank you for sharing these!
Prior conceptual work suggests that managing the consequences of extreme shrinking at once would be difficult, but there were only transient adverse effects in that one, in a follow-up work, and in a related work involving extreme size increase. Moreover, available information suggests high cost-effectiveness, with direct benefits exceeding 10:1 for the original work.
Such rich literature! I think the major flaw in their methodology is lack of coordinated, incremental scaling (which seems to be the reason why the test subject faced quite a bit of trouble). That said, it still reinforces the arguments of the proposal above, so thank you for sharing these!