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Stefano DellaVigna, Devin Pope, and Eva Vivalt Predict science to improve science article Systematic collection of predictions about research findings offers several benefits. Predictions help interpret results by making them easier to evaluate and compare in the context of prior knowledge. By revealing surprising outcomes, they also potentially mitigate publication bias against null results, which are often dismissed as unimportant or unoriginal. Furthermore, collected predictions can improve experimental design by weeding out interventions unlikely to yield significant results and allowing researchers to focus on those that have more potential. – AI-generated abstract.

Predict science to improve science

Stefano DellaVigna, Devin Pope, and Eva Vivalt

Science, vol. 366, no. 6464, 2019, pp. 428–429

Abstract

Systematic collection of predictions about research findings offers several benefits. Predictions help interpret results by making them easier to evaluate and compare in the context of prior knowledge. By revealing surprising outcomes, they also potentially mitigate publication bias against null results, which are often dismissed as unimportant or unoriginal. Furthermore, collected predictions can improve experimental design by weeding out interventions unlikely to yield significant results and allowing researchers to focus on those that have more potential. – AI-generated abstract.

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