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Chapter 2. Experimental research

Problems and opportunities in the big-data era
  • Henk Cremers
View more publications by John Benjamins Publishing Company
Crossroads Semantics
This chapter is in the book Crossroads Semantics

Abstract

Experimental research in psychology, psycholinguistics or medicine provides quantitative and therefore seemingly conclusive and trustworthy evidence. However, it has been convincingly shown that most research findings are actually false. This has hardly influenced the dominant scientific evaluation system which reflects a continued trust in the unbiasedness of data by a strong reliance on simple quantifications of scientific quality and productivity, such as number of publications and number of citations. This state of affairs is remarkable in the light of a long history of strong criticism of commonly used inference methods and scientific evaluation systems, which is now backed by large-scale research projects directly questioning the reproducibility of scientific findings. This way, the large amounts of data – “big-data” – have helped to uncover some of these problematic issues, but also provided a more open attitude towards data and code sharing. In addition, novel analytic frameworks may help to better integrate empirical data with computational models.

Abstract

Experimental research in psychology, psycholinguistics or medicine provides quantitative and therefore seemingly conclusive and trustworthy evidence. However, it has been convincingly shown that most research findings are actually false. This has hardly influenced the dominant scientific evaluation system which reflects a continued trust in the unbiasedness of data by a strong reliance on simple quantifications of scientific quality and productivity, such as number of publications and number of citations. This state of affairs is remarkable in the light of a long history of strong criticism of commonly used inference methods and scientific evaluation systems, which is now backed by large-scale research projects directly questioning the reproducibility of scientific findings. This way, the large amounts of data – “big-data” – have helped to uncover some of these problematic issues, but also provided a more open attitude towards data and code sharing. In addition, novel analytic frameworks may help to better integrate empirical data with computational models.

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