The Genesis of the National Research Council and Millikan's World War I Work

1948 ◽  
Vol 20 (1) ◽  
pp. 1-6 ◽  
Author(s):  
Frank B. Jewett
1980 ◽  
Vol 26 ◽  
pp. 357-370

Léo Marion’s life coincided with World War I as a youth in a family of seven of very modest means, with the start of the Great Depression on the achievement of his Ph.D. degree, with World War II during his middle age and, thereafter, with the emergence of his country from colonial to independent status. He saw the growth of science in Canada from a bare presence to an important component of world science. The quality of his remarkable career should be measured accordingly. He had no advantages except for a fine mind and ‘an early natural taste for science encouraged by my mother’. To appreciate Léo Marion properly, one should read the biographical memoir he wrote with such loving care for the person with whom he worked hand in hand for over 23 years and which saw the blossoming of the National Research Council of Canada and the flourishing of science in Canada. To an important degree, he spoke as much for himself as for E. W. R. Steacie ( Biographical Memoirs of Fellows of the Royal Society , vol. 10, 1964) since we know that these two truly exceptional individuals worked so harmoniously and closely together toward commonly held objectives for the development of chemistry in Canada that their contributions in this regard cannot be separated. Both were especially distinguished for their deep interest in helping people who did good work. Together they set the best world standards for chemistry in Canada and strove successfully toward this goal with a vigour and dedication that is truly remarkable. The dangers of a bureaucratic planning of science was wisely understood and the foremost objective was to establish a scientific institution for creative work that minimized the evils of uniformity and arbitrary bureaucratic interference. The longer term objective of spilling excellence from within the National Research Council into the Canadian universities was achieved.


Author(s):  
Philip Gleason

The importance of World War I as a watershed in twentieth-century American history has long been recognized, and recent studies agree that that interpretation applies to higher education and to American Catholic history. Not surprisingly, it also applies to the development of Catholic higher education. The war did not in itself revolutionize that activity, but by reinforcing and accelerating tendencies already at work it closed the door on one epoch and set the stage for another. The decisive difference between the two eras was that the war settled in favor of the modernizing reformers the debate over the organizational issues discussed in Chapter 2. This came about because efforts to rationalize Catholic higher education were swept along in what David M. Kennedy has called “the great war-forced march toward a better articulated structuring of American life.” Coming after two decades of industrial consolidation and in the midst of a craze for “efficiency,” wartime mobilization brought the movement for planning and control to an unprecedented level of intensity. “Czars” were appointed, or national commissions established, to supervise industrial production, agriculture and food distribution, fuel supplies, labor, the railroads, and shipping. Mobilization of opinion was entrusted to the Committee on Public Information, which reached into every corner of the land, including the schools. This was all carried on at a high pitch of patriotism; the same emotion, along with the felt need to keep pace with ongoing changes, led to the creation of many voluntary agencies of coordination, such as the American Council on Education and the National Research Council, to mention two quite important for higher education. By far the most important result of this impulse among American Catholics was formation in 1917 of the National Catholic War Council and its transformation after the war into a permanent organization called the National Catholic Welfare Conference (both of which used the initials NCWC). Scholars have only recently begun to unravel the complexities of this story, but their work makes clear that, precisely because the NCWC represented so important a step toward centralization, its formation aroused fierce opposition from Catholics fearful of encroachments on their own freedom of action.


Author(s):  
Gordon Cumming ◽  
Kenneth Corkindale

This overview of human factors begins in the days of World War I with the organization of the Department of Scientific and Industrial Research and the Medical Research Council. The historical development includes details of various efforts in the field as they relate to flying, physiology, and personnel selection. The authors show the relationship between industrial and government uses of human factors. A brief history of the Ergonomics Society is also presented, with percentage figures for the various specialties that comprise its membership.


Author(s):  
A. W. Tickner

Abstract Following World War II the National Research Council established a programme of Postdoctorate Fellowships to meet the increasing need for postdoctoral training. Initially for tenure in the NRC laboratories and overseas, the fellowships were rapidly extended to Canadian universities, other federal departments and agencies and, eventually, Canadian industries. The development and achievements of the programme are reviewed from its inception in 1948 to its transfer to the new Natural Sciences and Engineering Research Council in 1978.


2010 ◽  
Vol 34 (3) ◽  
pp. 119-127 ◽  
Author(s):  
G. Edgar Folk

The war contributions of the Harvard Fatigue Laboratory in Cambridge, MA, were recorded in 169 Technical Reports, most of which were sent to the Office of the Quartermaster General. Earlier reports were sent to the National Research Council and the Office of Scientific Research and Development. Many of the reports from 1941 and later dealt with either physical fitness of soldiers or the energetic cost of military tasks in extreme heat and cold. New military emergency rations to be manufactured in large quantities were analyzed in the Fatigue Laboratory and then tested in the field. Newly designed cold weather clothing was tested in the cold chamber at −40°F, and desired improvements were made and tested in the field by staff and soldiers in tents and sleeping bags. Electrically heated clothing was designed for high-altitude flight crews and tested both in laboratory chambers and field tests before being issued. This eye witness account of the Harvard Fatigue Laboratory during World War II was recorded by Dr. G. Edgar Folk, who is likely the sole surviving member of that famous laboratory.


Hypertension ◽  
2020 ◽  
Vol 76 (5) ◽  
pp. 1428-1434
Author(s):  
Bin Wang ◽  
Ting Wu ◽  
Michael C. Neale ◽  
Renske Verweij ◽  
Gaifen Liu ◽  
...  

Blood pressure (BP) and obesity phenotypes may covary due to shared genetic or environmental factors or both. Furthermore, it is possible that the heritability of BP differs according to obesity status—a form of G×E interaction. This hypothesis has never been tested in White twins. The present study included 15 924 White male twin pairs aged between 15 and 33 years from the National Academy of Sciences–National Research Council World War II Veteran Twin Registry. Systolic and diastolic BPs, as well as height and weight, were measured at the induction physical examination. Body mass index (BMI) was used as the index of general obesity. Quantitative genetic modeling was performed using Mx software. Univariate analysis showed that narrow sense heritabilities (95% CI) for systolic BP, diastolic BP, height, and BMI were 0.401 (0.381–0.420), 0.297 (0.280–0.320), 0.866 (0.836–0.897), and 0.639 (0.614–0.664), respectively. Positive phenotypic correlations of BMI with systolic BP (r=0.13) and diastolic BP (r=0.08) were largely due to genetic factors (70% and 86%, respectively). The gene-BMI interaction analysis did not show any support for a modifying effect of BMI on genetic and environmental influences of systolic BP and diastolic BP. Our results suggest that correlations between BP and BMI are mainly explained by common genes influencing both. Higher BMI levels have no influence on the penetrance of genetic vulnerability to elevated BP. These conclusions may prove valuable for gene-finding studies.


Author(s):  
Alison Li

Abstract The federal government took on the responsibility for the funding and coordination of medical research in 1938 with the creation of the Associate Committee on Medical Research of the National Research Council of Canada. The Associate Committee and its successor, the Division of Medical Research, developed policies and practices which promoted the growth of original investigation in the medical sciences through the Second World War and the post-war expansion. Their work helped to stimulate and institutionalize medical research on a national basis.


Author(s):  
Terrie M. Romano

Abstract During World War II the original Associate Committee on Medical Research and three additional committees (each associated with a branch of the military) of the National Research Council organized wartime medical research. The war provided an opportunity for the NRC to demonstrate the utility of medical research and the ability of Canadians to make significant contributions to the allied research effort.


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