Innovation is widely recognized as a driver of scientific research and the evolution of knowledge production over time. Focusing on statistics as a STEM field, this study examines how innovation dynamics unfold in Italy within a domain characterized by methodological heterogeneity and cross-disciplinarity. The data cover the Italian population of researchers affiliated with the SECS-S/01 to SECS-S/05 sectors, as defined by the Italian Ministry of University and Research. N = 11, 789 abstracts published between 2012 and 2022 were retrieved. Given the short length of documents and annual publication data, we propose a methodological strategy that complements Structural Topic Modeling with two ex post measures: the Dynamic Structural Innovation Index, which captures the structural semantic distinctiveness of each topic with respect to the core of the field; and the Structural Topic Innovation Index, which identifies temporal topic-level innovation by combining semantic differentiation with yearly topic presence and growth.

From Evolution to (R)evolution: Modeling Thematic Innovation in the Italian Scientific Landscape, 2026.

From Evolution to (R)evolution: Modeling Thematic Innovation in the Italian Scientific Landscape

Alessia Forciniti
;
Francesco Santelli;
2026-01-01

Abstract

Innovation is widely recognized as a driver of scientific research and the evolution of knowledge production over time. Focusing on statistics as a STEM field, this study examines how innovation dynamics unfold in Italy within a domain characterized by methodological heterogeneity and cross-disciplinarity. The data cover the Italian population of researchers affiliated with the SECS-S/01 to SECS-S/05 sectors, as defined by the Italian Ministry of University and Research. N = 11, 789 abstracts published between 2012 and 2022 were retrieved. Given the short length of documents and annual publication data, we propose a methodological strategy that complements Structural Topic Modeling with two ex post measures: the Dynamic Structural Innovation Index, which captures the structural semantic distinctiveness of each topic with respect to the core of the field; and the Structural Topic Innovation Index, which identifies temporal topic-level innovation by combining semantic differentiation with yearly topic presence and growth.
Inglese
2026
2026
Martella, F., Arima, S., Marino, M.F., Mollica, C.
Statistical Science: From Theory to Applied Research II
6
9783032308771
Switzerland
Springer Nature
esperti anonimi
internazionale
A stampa
Settore SECS-S/05 - Statistica Sociale
Settore SECS-S/03 - Statistica Economica
Settore MAT/06 - Probabilita' e Statistica Matematica
Settore STAT-03/B - Statistica sociale
Settore STAT-02/A - Statistica economica
Settore STAT-03/A - Demografia
Settore MATH-03/B - Probabilità e statistica matematica
4
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Utilizza questo identificativo per citare o creare un link a questo documento: https://hdl.handle.net/10808/74727
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