Similar to Dunbar's claim that [[CLM - far analogies are systematically overrated in their importance for creative breakthroughs due to memory bias - @dunbarHowScientistsThink1997]]: here we consider the possibility that the historical record is misleading
and [[EVD - A molecular biologist who had made a major scientific conceptual change did not recall any of the spontaneous analogies used to enact that change - @dunbarHowScientistsThink1997]]
[[EVD - Molecular biologists with a reputation for innovation rarely used very far analogies in their lab meetings while generating novel scientific concepts; instead, they relied mainly on analogies to the same or other biological organisms - @dunbarHowScientistsThink1997]]
One support for this is a specific anecdote of tracing a significant discovery through a series of (near) analogies, and then asking the scientist to recall/recount the origins of that discovery: Dunbar found that [[EVD - A molecular biologist who had made a major scientific conceptual change did not recall any of the spontaneous analogies used to enact that change - @dunbarHowScientistsThink1997]]
For example, Dunbar traced the discovery process of four top molecular biology labs, and found that they rarely used far analogies to generate novel scientific concepts: [[EVD - Molecular biologists with a reputation for innovation rarely used very far analogies in their lab meetings while generating novel scientific concepts; instead, they relied mainly on analogies to the same or other biological organisms - @dunbarHowScientistsThink1997]]
Authors claim that these results (particularly the [contrast in use of far analogies]([[EVD - Far analogies were rare and never used in psychology lab group meetings for reasoning (vs. mere mentions); far analogies were rare in colloquia as well, but were frequently used for reasoning - @sanerAnalogiesOutBlue1999]]) between lab group meetings and colloqiua) support the claim that [[CLM - far analogies are systematically overrated in their importance for creative breakthroughs due to memory bias - @dunbarHowScientistsThink1997]]