Erwin Nick Hiebert

Quick Info

27 May 1919
Waldheim, Saskatchewan, Canada
28 November 2012
Waltham, Massachusetts, USA

Erwin Hiebert was a Canadian historian and philosopher of science.


Erwin Hiebert's parents were Cornelius Nikolai Hiebert (1881-1975) and Katharina "Tina" Harms (1885-1942). Cornelius, the son of Nickolai C Hiebert (1852-1923) and Maria Wiens (1850-1916), wrote [4]:-
I did not have the opportunity of attending school regularly, since my parents were poor and I had to work out to help support the family. However I did attend school long enough so that I came to the 7th grade. Many of our German speaking people had moved to North Dakota on a new settlement. Due to scarcity of teachers there, I together with J F Thiesen were called to North Dakota in 1903 where the county superintendent gave us each a Permit to teach in this new settlement for a few months in summer time.
After working on a farm Cornelius Hiebert became a distributor of Bibles and other religious material travelling round various states. While in Oklahoma he met Tina Harms, the daughter of David Harms (1861-1931), who also distributed Bibles, and Eva Unruh (1862-1936). Cornelius and Tina shared the same Russian Mennonite Brethren faith and were married on 24 September 1908 in the home of David and Eva Harm in Medford, Oklahoma. Cornelius and Tina Hiebert had eleven children: Esther, Martha (died when a baby), Walter (died when a baby), Ruben (died when a baby), Hulda (died when a baby), Albert, Erwin (the subject of this biography), Martha, Ruth, Naomi, and Clarence. Although Erwin was the seventh of his parents' children, because four of the children had died, he only had one older sister and one older brother. Erwin was brought up in a number of different places. His parents moved to Los Angeles soon after he was born where his father studied at the Bible Institute (now Biola University). In 1921 they returned to Saskatchewan but moved to Winnipeg, Manitoba, Canada in 1925 when Cornelius took over mission work for the Mennonite Brethren in that city.

Erwin was six years old when his family moved to Winnipeg and there he attended Faraday Grade School and completed his schooling at Sir Isaac Newton High School. Both these schools are in the North District of Winnipeg, the Faraday Grade School being an Elementary School and the Sir Isaac Newton High School being, as the name indicates, a High School. The family certainly could not afford to support Erwin in higher education but he had spent his summers earning money so that he could attend college. During the summers, he worked [5]:-
... long hours on Mennonite farms harvesting wheat in Oklahoma (home of his mother's side of the family), Kansas, and Nebraska and moving north up to the Dakotas as the harvest progressed. In this way he earned enough money to put himself through college.
Having saved enough to begin his college education, Hiebert enrolled at Tabor College in Hillsboro, Kansas. He studied there for two years before moving to Bethel College in North Newton, Kansas where he earned a B.Sc. in 1941. We note that both Tabor College and Bethel College are affiliated to the Mennonite Brethern Church so were natural places for Hiebert to study. We also note that Hillsboro and Newton are relatively close being less than 40 km apart. Hiebert's main subjects at these colleges had been chemistry and mathematics. He continued his studies going to the University of Kansas in Lawrence where he studied Chemistry and Physics. He was awarded his Master's Degree in 1943.

While he was at Tabor College in Hillsboro he had met a music student Elfrieda Franz and the two were married in 1943. Elfrieda was a talented pianist, having won the National Music Competition in Colorado Springs, Colorado, in 1938. After marrying they moved to Whiting, Indiana where Hiebert was employed as a Research Chemist at Standard Oil Company of Indiana. Of course this was during World War II and Standard Oil Company was contributing to the Manhattan Project in Chicago, part of the U.S. government's research project aimed at producing the first atomic bomb. After the end of the war, Hiebert moved to Washington, D.C. where he was employed as Assistant to the Chief of the Scientific Branch of the War Department General Staff. He only spent one year in this job, 1946-47, before returning to research in chemistry at the Institute for the Study of Metals of the University of Chicago. Hiebert's wife Elfrieda had been studying at the University of Chicago where she was awarded a Bachelor's degree in music in 1945 and a Master's degree in the following year. She also worked as an assistant music librarian at the University. Hiebert was still keen on studying and he did a second Master's degree, this time in physical chemistry at the University of Chicago. He received the degree in 1949. The Hieberts' first child, Catherine Anne, was born in Chicago in 1948.

If the reader is familiar with Hiebert's main contributions to science, they will know that he was a major figure in the history of science. Many of the leading historians of science studied for their doctorate under Hiebert. It must therefore be quite surprising that we have reached this stage in his career without mentioning the topic for which he is famed. He was thirty years old by the time he received his second Master's degree from the University of Chicago, but his interests had already begun to more towards the history of science [13]:-
The University of Chicago was a stopping-off place for an international constellation of scholars in all disciplines after the war, and while working on his master's degree in physical chemistry he also took a broad range of courses in history, philosophy, and sociology. The one that made the most lasting impression on him was a course given by Alexandre Koyré on "Scientific Thought in the Age of Newton." He began to read everything Koyré had written, and encouraged especially by the physical chemist Farrington Daniels, he decided to pursue his interests in the history of science further at the University of Wisconsin.
At the University of Wisconsin at Madison Hiebert studied for his doctorate, beginning in 1950, on the History of Science and Physical Chemistry. Part way through his research towards his Ph.D., in 1952 he was appointed as an Assistant Professor of Chemistry at San Francisco State College. The Hieberts' second child, Margaret Helen, was born in San Francisco in 1954. He was awarded his Ph.D. in 1954 and left San Francisco, moving to Germany where he was a Fulbright Lecturer at the Max-Planck-Institut für Physik in Göttingen during 1954-55. While in Göttingen, the Hieberts' third child, Thomas Nels, was born in 1955. Returning to the United States, he was appointed as an Instructor in the History of Science at Harvard University. He held this position from 1955 to 1957 before returning to the University of Wisconsin. At Wisconsin he was rapidly promoted and served as chairman of the Department from 1960 to 1965.

During this period at Wisconsin, Hiebert was an American Scholar in Kabul (in summer 1961 at the International Education Exchange Program), was a Fellow at the Institute for Advanced Studies in Princeton, New Jersey in 1961-62 and again in 1968-69, Visiting Professor at the University of Tübingen, Germany in 1964-65, and Visiting Professor at Harvard in 1965. He supervised the Ph.D. studies of eighteen postgraduate students while at Wisconsin. You can see their names and the titles of their theses at THIS LINK.

You can see the description (extracted from [13]) by one of these students, Roger H Stuewer (the author of [12] and [13]), of how he become one of Hiebert's students and his experiences at the beginning of his doctoral studies at THIS LINK.

Stuewer writes in [12] that Hiebert:-
... pursued a steady personal research program, especially in the history, philosophy, and religious ramifications of physical science and thought. At the same time he attracted and supervised an astonishingly large number of graduate students in the history of science - far more than anyone else in the profession. The demand on his was so great, in fact, that he easily could have increased the number significantly if he had not insisted on accepting only those he considered most promising.
(Note. The reference [12] was written 32 years before Hiebert died and he supervised many more students after this reference was written. We have changed the tense of the extract above from present to past tense.)

In 1970 Hiebert moved from Wisconsin to Harvard. Roger Stuewer describes the events which led to this in [13]. Stuewer received a letter from Hiebert in February 1970:-
He had just received several telephone calls from John Murdoch at Harvard trying to persuade him to leave Wisconsin and join the Harvard department. That, as Erwin told me in a letter of January 29, precipitated a flurry of activity at Wisconsin, with all sorts of people trying to persuade him to remain there. He was "just bewildered" as to what to do, but he and Elfrieda were flying to Boston the next day to investigate things. He closed with a postscript, quoting Stephano in Shakespeare's 'Tempest': "Prithee, do not turn me about; my stomach is not constant." In early June he sent me a clipping from the Madison 'Capitol Times' with the headline, "Science Historian Hiebert Leaving U.W. for Harvard," and above it was the caption, "Wife Gets Musicology Ph.D."
Joan Richards was an undergraduate at Harvard when Hiebert arrived there in the autumn of 1970 [11]:-
I knew of Erwin Hiebert for several years before I knew him. He came to the Harvard History of Science Department when I was a senior there, but I neither took any courses with him nor even met him that year. I did hear of him though, and what I heard was somewhat daunting; a kind of awed intensity surrounded everyone's references to the new professor from Wisconsin. Throughout the process of writing my senior thesis on Poincaré there lurked in the back of my mind, the shadowy figure of Erwin Hiebert who would, in the end, evaluate my efforts. When I finally got my comments, I was relieved and somewhat surprised. Whereas I had thought he would have little time for my efforts, this newcomer read my work with remarkable care; he commented on everything from the translations, to the importance and persuasiveness of the thesis, to the chapter titles (or lack thereof). His remarks were insightful, helpful, somewhat humorous and most of all interesting.
Later, Joan Richards became one of the nineteen Ph.D. students that Hiebert advised while at Harvard [11]:-
I well remember my surprise when, early in my first year as his student he asked me my position within a controversy we were considering. I had carefully studied the different positions and meticulously analysed the perspectives which fed into each person's approach, but was wholly unprepared to venture a stand of my own. Erwin had little patience with that kind of intellectual ducking; I realized on that day that he cared about my opinion which meant that first I had to have one. After that day I always did. I then was in the position to learn a second big lesson from Erwin. He insisted that I take the material seriously and commit myself, which meant that there was now the possibility that he and I would disagree. This could be frightening at first, but soon became heady and stimulating. Erwin is a master at serious disagreement without personal cost; he will argue passionately against your point of view, even while keeping it clear throughout that it is not at your expense that you are disagreeing. ... Erwin did not merely model for his students how to interact with him but, also, how to work with each other. I well remember in my first year, his constant glowing references to other graduate students - their strengths and achievements. ... My dissertation, like many others, was brought to completion in the context of weekly lunches among Erwin's finishing students. By the time we had finished we recognized our validity to be not only as individual scholars but as part of an intellectual community.
Hiebert was Chairman of the Department of History of Science at Harvard University from 1977 to 1984. During his years at Harvard, Hiebert made many visits abroad as a Visiting Lecturer or Visiting Scholar. He was at the University of Bielefeld in Germany in 1978-79, in Jerusalem in 1973 and in 1981, at Churchill College, Cambridge University, England in 1980, 1981, 1982 and 1984-85, at Beijing, China in 1985, and in Berlin in 1987-88. In 1989 he reached the age of seventy and he retired from Harvard, being made Professor Emeritus. He continued to make visits abroad as a Visiting Professor after retiring from Harvard, for example Göttingen in 1991-92 and Berlin in 1998, 2002, and 2007.

He published many papers and three books: The Impact of Atomic Energy (1961); Historical Roots of the Principle of Conservation of Energy (1962); and The Conception of Thermodynamics in the Scientific Thought of Mach and Planck (1968). He explains in the text of the first of these his reasons for writing the book:-
We have presented this historical and technical information because of the conviction that the knowledge of some basic facts is the minimum for any intelligent action on the part of individuals who feel that they have some personal or group responsibility to the current nuclear bomb-testing program and the question of radioactive fallout. We have tried to show that it will not do to simply banish all future nuclear energy investigations because of the tremendous potential peacetime benefits for all the nations of the world. On the other hand, we have noted that the concepts of atomic energy for peace and atomic energy for war are abstract concepts which cannot be entirely separated in practice.
We quote short extracts from two review of this book. First one by Arthur H Compton [3]:-
Erwin Hiebert, an American with a Canadian background, is professionally interested in the history of science, but his book, 'The Impact of Atomic Energy' (1961) is primarily concerned with group reactions of governments, scientists, and religious bodies toward the development of nuclear weapons and the peaceful uses of nuclear energy. In his opening discussion Hiebert reviews the growth of knowledge of nuclear science during the early 20th century. In this summary he wisely attempts to correct the impression that this development was primarily an American achievement but shows that, in fact, it was rather an achievement of scientists throughout the world.
Next we quote a very short extract from a review by David Anderson [1]:-
'The Impact of Atomic Energy' can be recommended to a variety of readers: to the intelligent and concerned layman, to the student who wishes to find out what his professors have been living through in the last twenty years, and to scholars who want a convenient summary and ready bibliography for that large contemporary area in which technology and culture not only meet but veritably merge.
We also quote a short extract from the review [9] by Max Jammer of Hiebert's second book Historical Roots of the Principle of Conservation of Energy (1962):-
Professor Hiebert's proclaimed aim in his recent work is to trace 'the historical roots of the principle of conservation of energy within the framework of mechanics' prior to the middle of the eighteenth century. One of the major difficulties encountered in the study of the historical development of a scientific concept is the question of the unambiguous identification of the concept in the source material of periods prior to the time when the concept was finally given its currently accepted name. The conception of energy, for instance, played undoubtedly an important role in scientific thought long before John Bernoulli introduced the term 'energy' 1717 in his letter to Pierre Varignon of the Paris Academy of Science and long before Young, Thomson, and Rankine promulgated in their writings the word as a 'terminus technicus' in its modern sense.
Of the many honours that Hiebert received we mention that he was elected a Fellow of the American Academy of Arts and Sciences in 1975. He served as Vice President (1971-72) and then President (1973-74) of the national History of Science Society. He was Chairman of the History and Philosophy of Science Section of the American Association for the Advancement of Science from 1982 to 1986. He was also elected President of the Division of the History of Science of the International Union of the History and Philosophy of Science, serving from 1982 to 1985. He was a member of the advisory board of the Dictionary of Scientific Biography which is references frequently throughout this Archive.

The Harvard University obituary for Hiebert [3] states:-
He was known for the intellectual zeal with which he engaged students in his seminars and notably never taught the same course the same way twice; he was perpetually looking for ways to bring new understandings to topics of research and study. One of his strongest convictions was that in order to study the history of science, it was essential to have basic grounding in the science itself. ... He played the clarinet for most of his long life and is affectionately remembered for his spirited participation in informal evenings of music-making with the family.
Elfrieda Hiebert died in September 2012, two months before her husband. A memorial service for Hiebert was held at Memorial Church in Harvard Yard on 17 February 2013.

References (show)

  1. D L Anderson, Review: The Impact of Atomic Energy, by Erwin Hiebert, Technology and Culture 3 (3) (1962), 355-358.
  2. R S Cohen, Preface, in Mary Jo Nye, Joan L Richards and Roger H Stuewer (eds.), The Invention of Physical Science (Kluwer Academic Publishers, Dordrecht-Boston-London, 1992), ix-x.
  3. A H Compton, Review: The Impact of Atomic Energy, by Erwin Hiebert, Science, New Series 134 (3486) (1961), 1231-1233.
  4. C N Hiebert, The Story of My Life.
  5. Erwin N Hiebert, Department of the History of Science, Harvard University (2013).
  6. Erwin Hiebert, 93, dies. Professor of the history of science taught at Harvard since 1970, Harvard Gazette (23 January 2013).
  7. Erwin N Hiebert's Doctoral Students and their Dissertations, in Mary Jo Nye, Joan L Richards and Roger H Stuewer (eds.), The Invention of Physical Science (Kluwer Academic Publishers, Dordrecht-Boston-London, 1992), 261-262.
  8. Erwin N Hiebert's Selected List of Publications, in Mary Jo Nye, Joan L Richards and Roger H Stuewer (eds.), The Invention of Physical Science (Kluwer Academic Publishers, Dordrecht-Boston-London, 1992), 263-266.
  9. M Jammer, Review: Historical Roots of the Principle of Conservation of Energy, by Erwin Hiebert, The British Journal for the Philosophy of Science 14 (54) (1963), 160-166.
  10. M J Nye, Introduction, The Invention of Physical Science (Kluwer Academic Publishers, Dordrecht-Boston-London, 1992), xxv-xxxiv.
  11. J L Richards, A Personal Appreciation. Erwin Nick Hiebert. The Harvard Years, in Mary Jo Nye, Joan L Richards and Roger H Stuewer (eds.), The Invention of Physical Science (Kluwer Academic Publishers, Dordrecht-Boston-London, 1992), xix-xxiv.
  12. R H Stuewer, Erwin N Hiebert, Historia Mathematica 7 (1980), 229-233.
  13. R H Stuewer, A Personal Appreciation. Erwin Nick Hiebert. The Wisconsin Years, in Mary Jo Nye, Joan L Richards and Roger H Stuewer (eds.), The Invention of Physical Science (Kluwer Academic Publishers, Dordrecht-Boston-London, 1992), xi-xviii.

Additional Resources (show)

Written by J J O'Connor and E F Robertson
Last Update April 2015