R.G.V. Eigen: Legendary Father Of Mathematical Geology
The original 1968 constitution of the International Association for Mathematical Geology provided that a newsletter be distributed to members. Initially the newsletter drew limited attention and consisted of little more than membership lists and postings of proposed revisions to the by-laws. As time went on, the content expanded to news of conferences and topics of interest to the geoscience community. Then a newsletter event sparked extraordinarily wide interest among the membership: the appearance in 1975 of a series on the life and contributions of R.G.V. Eigen. The idea was born during a luncheon hosted by John Harbaugh at the Eldridge Hotel in Lawrence, Kansas. Because Manfred Eigen was a guest, the conversation naturally turned to the sad neglect of the memory of his illustrious namesake. It was also observed that geomathematiciaiis owed a special debt to R.G.V. Eigen as the earliest author of a mathematical geology paper. Clearly, the IAMG News Letter would be an ideal forum to recall the achievements of this great pioneer, as an inspiration to the society members and as a simple matter of justice. The publication of the series resulted in a number of letters to the News Letter editor, John Davis. Most of the correspondents threw light on previously unknown incidents in Eigen's life as well as contributing items on Eigen's colleagues and rivals. Other, more cynical readers claimed to find an uncanny resemblance between pictures of Eigen and D.F. Merriam. However, the voices of these skeptics were stilled as anecdotal evidence of Eigen's career poured in from around the world. To ensure that the legacy of this legendary Father of Mathematical Geology will be preserved for future generations of mathematical geologists, much of the currently known Eigen material from the News Letter series and ensuing correspondence is summarized here, as well as a previously unpublished account of Eigen's meeting with Lewis Carroll. Rudolf Gottlieb Viktor Eigen (1833-1876) is remembered by all mathematical geologists for his elucidation of the matrix properties that bear his name.