From Political Arithmetic to Social Statistics: How Some Nineteenth-Century Roots of the Social Sciences were Implanted

Author(s):  
Michael Donnelly
2021 ◽  
Vol 28 (2) ◽  
pp. 491-508
Author(s):  
Silvia Fernanda de Mendonça Figueirôa

Abstract Oscar Nerval de Gouvêa was a scientist and teacher in Rio de Janeiro, Brazil, whose work spanned engineering, medicine, the social sciences, and law. This paper presents and discusses a manuscript entitled “Table of mineral classification,” which he appended to his dissertation Da receptividade mórbida , presented to the Faculty of Medicine in 1889. The foundations and features of the table provide a focus for understanding nineteenth-century mineralogy and its connections in Brazil at that time through this scientist. This text was Gouvêa’s contribution to the various mineral classification systems which have emerged from different parts of the world.


Author(s):  
Theodore M. Porter

This chapter looks at how the application of error theory and of probability models to social statistics was pursued with growing success in Germany during the last third of the nineteenth century. The most successful and influential of those mathematical writers on statistics was the economist and statistician Wilhelm Lexis. The chapter then studies the index of dispersion that Lexis introduced in 1879. Lexis's writings on dispersion and the distribution of human physical attributes were influential within German anthropometry, which began to make interesting use of the analytical techniques associated with the error law during the last quarter of the nineteenth century. Meanwhile, Francis Edgeworth, the poet of statisticians, was led to probability in the context of his campaign to introduce advanced mathematics into the moral and social sciences. He hoped through analogies to bring the same rigor and elegance to economics and ethics.


2009 ◽  
Vol 42 (03) ◽  
pp. 616-618
Author(s):  
Diego Mazzoccone ◽  
Mariano Mosquera ◽  
Silvana Espejo ◽  
Mariana Fancio ◽  
Gabriela Gonzalez ◽  
...  

It is very difficult to date the birth of political science in Argentina. Unlike other discipline of the social sciences, in Argentina the first distinction can be made between political thought on the one hand, and political science in another. The debate over political thought—as the reflection of different political questions—emerged in our country in the nineteenth century, especially during the process of constructing the Argentine nation-state. Conversely, political science is defined in a general way as the application of the scientific method to the studies on the power of the state (Fernández 2001).


Author(s):  
Robert A. Segal

The ‘Introduction’ examines and compares modern theories of myth by applying them to the famous myth of Adonis. It is only in the modern era—specifically, only since the second half of the nineteenth century—that these theories have purported to be scientific, for only since then have there existed the social sciences. Of these, anthropology, psychology, and sociology have contributed the most to the study of myth. Each discipline harbours multiple theories of myth, but what unites them is the questions asked: those of origin, function, and subject matter. Is myth universal? Is myth true? Along with these other questions, it defines myth as a story.


Author(s):  
Wayne C. Myrvold

This chapter begins with a puzzle: how is it that reliable prediction is ever possible, in physics? The reason that this is puzzling is that, even if the systems we are making predictions about are governed by deterministic laws that are known to us, the information available to us is a minuscule fraction of what might in principle be required to make a prediction. The answer to the puzzle lies in the phenomenon of statistical regularity, first identified in the social sciences. In a sufficiently large population, reliable predictions can be made about the total number of events that, taken individually, are unpredictable. Aggregate order arises out of individual disorder. This means that, as James Clerk Maxwell perceived already in the nineteenth century, all observed regularities are statistical regularities. To understand these requires the use of probabilistic concepts. This means that probabilistic reasoning is required even in our most certain predictions. Probability permeates physics, and we are going to have to make sense of it.


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