Latent topics resonance in scientific literature and commentaries: evidences from natural language processing approach
Abstract
Resonance is generally used as a metaphor to describe the manner how the information from different sources is combined. Although it is an attractive and fundamental phenomenon in human behavior studies, most studies observed semantic resonances in well-controlled experimental settings at word level. To make up the missing link between word and document level resonances, we devoted our contributions to topic resonances in a novel and natural setting: academic commentaries. Ninety-three academic commentaries from ninety-three authors, along with their references and original papers, are analyzed by a latent Dirichlet allocation based natural language processing approach. This approach can decompose a corpus written and read by an author into several topics with different weights, which can reveal the phenomena ignored at word or document level. We found that (1) topic resonances commonly exist between commenters’ fundamental input and output topics; (2) output words are re-allocated by commenters to echo salient input topics; (3) commenters are more prone to associate references which focus on the non-dominant input topics; and (4) topic resonance can even be predicted by a Hebbian-like model which matches the aforementioned findings. These findings will continue to enrich our understanding on the relationship among probe, feedback and context.
Publication Title
Heliyon
Recommended Citation
Wang, T., Zhou, Z., Hu, X., Liu, Z., Ding, Y., & Cai, Z. (2018). Latent topics resonance in scientific literature and commentaries: evidences from natural language processing approach. Heliyon, 4 (6) https://doi.org/10.1016/j.heliyon.2018.e00659
