Rs. Rootbernstein et al., CORRELATIONS BETWEEN AVOCATIONS, SCIENTIFIC STYLE, WORK HABITS, AND PROFESSIONAL IMPACT OF SCIENTISTS, Creativity research journal, 8(2), 1995, pp. 115-137
Forty male scientists (including 4 who eventually won Nobel prizes) we
re interviewed four times between 1958 and 1978 concerning their work
habits, use of time, hobbies, attitudes toward the arts and humanities
, scientific attitudes, and related issues. The 38 who were still aliv
e in 1988 then filled out a questionnaire concerning their use of vari
ous forms of thinking (e.g., verbal, visual, kinesthetic), their avoca
tions, forms and extent of physical exercise, and when they were most
likely to have significant scientific insights (e.g., while working on
a problem directly, while working on other problems, while relaxing,
on waking). The questionnaire and interview information was then colla
ted and statistically analyzed with regard to the impact of each scien
tist to determine if any correlations exist between scientific success
and avocations, preferred modes of thinking, use of time, energy, or
related factors. Significant correlations were found between scientifi
c success and particular modes of thinking (especially visual ones), b
etween success and various hobbies (especially artistic and musical on
es), between particular hobbies and use of particular modes of scienti
fic thinking, between success and having a broad range of avocations a
nd forms of physical exercise, and between success and the efficient u
se of time to manage many competing vocational and avocational demands
. We conclude that successful scientists have highly integrated networ
ks of enterprise, whereas less successful colleagues tend to have fewe
r nonscientific activities that they do not integrate. They develop no
nfunctional networks of enterprise in which activities compete against
, rather than sustain, each other.