Literature DB >> 31160813

Predicting history.

Joseph Risi1, Amit Sharma2, Rohan Shah2, Matthew Connelly3, Duncan J Watts4.   

Abstract

Can events be accurately described as historic at the time they are happening? Claims of this sort are in effect predictions about the evaluations of future historians; that is, that they will regard the events in question as significant. Here we provide empirical evidence in support of earlier philosophical arguments1 that such claims are likely to be spurious and that, conversely, many events that will one day be viewed as historic attract little attention at the time. We introduce a conceptual and methodological framework for applying machine learning prediction models to large corpora of digitized historical archives. We find that although such models can correctly identify some historically important documents, they tend to overpredict historical significance while also failing to identify many documents that will later be deemed important, where both types of error increase monotonically with the number of documents under consideration. On balance, we conclude that historical significance is extremely difficult to predict, consistent with other recent work on intrinsic limits to predictability in complex social systems2,3. However, the results also indicate the feasibility of developing 'artificial archivists' to identify potentially historic documents in very large digital corpora.

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Year:  2019        PMID: 31160813     DOI: 10.1038/s41562-019-0620-8

Source DB:  PubMed          Journal:  Nat Hum Behav        ISSN: 2397-3374


  1 in total

1.  Measuring the predictability of life outcomes with a scientific mass collaboration.

Authors:  Matthew J Salganik; Ian Lundberg; Alexander T Kindel; Caitlin E Ahearn; Khaled Al-Ghoneim; Abdullah Almaatouq; Drew M Altschul; Jennie E Brand; Nicole Bohme Carnegie; Ryan James Compton; Debanjan Datta; Thomas Davidson; Anna Filippova; Connor Gilroy; Brian J Goode; Eaman Jahani; Ridhi Kashyap; Antje Kirchner; Stephen McKay; Allison C Morgan; Alex Pentland; Kivan Polimis; Louis Raes; Daniel E Rigobon; Claudia V Roberts; Diana M Stanescu; Yoshihiko Suhara; Adaner Usmani; Erik H Wang; Muna Adem; Abdulla Alhajri; Bedoor AlShebli; Redwane Amin; Ryan B Amos; Lisa P Argyle; Livia Baer-Bositis; Moritz Büchi; Bo-Ryehn Chung; William Eggert; Gregory Faletto; Zhilin Fan; Jeremy Freese; Tejomay Gadgil; Josh Gagné; Yue Gao; Andrew Halpern-Manners; Sonia P Hashim; Sonia Hausen; Guanhua He; Kimberly Higuera; Bernie Hogan; Ilana M Horwitz; Lisa M Hummel; Naman Jain; Kun Jin; David Jurgens; Patrick Kaminski; Areg Karapetyan; E H Kim; Ben Leizman; Naijia Liu; Malte Möser; Andrew E Mack; Mayank Mahajan; Noah Mandell; Helge Marahrens; Diana Mercado-Garcia; Viola Mocz; Katariina Mueller-Gastell; Ahmed Musse; Qiankun Niu; William Nowak; Hamidreza Omidvar; Andrew Or; Karen Ouyang; Katy M Pinto; Ethan Porter; Kristin E Porter; Crystal Qian; Tamkinat Rauf; Anahit Sargsyan; Thomas Schaffner; Landon Schnabel; Bryan Schonfeld; Ben Sender; Jonathan D Tang; Emma Tsurkov; Austin van Loon; Onur Varol; Xiafei Wang; Zhi Wang; Julia Wang; Flora Wang; Samantha Weissman; Kirstie Whitaker; Maria K Wolters; Wei Lee Woon; James Wu; Catherine Wu; Kengran Yang; Jingwen Yin; Bingyu Zhao; Chenyun Zhu; Jeanne Brooks-Gunn; Barbara E Engelhardt; Moritz Hardt; Dean Knox; Karen Levy; Arvind Narayanan; Brandon M Stewart; Duncan J Watts; Sara McLanahan
Journal:  Proc Natl Acad Sci U S A       Date:  2020-03-30       Impact factor: 11.205

  1 in total

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