Aug 2026· 1 citation· ⚡ 1 influential· 17 references
Computer Science
TL;DR
The findings identify professional editing style as a key confounding variable in AI detector outputs, rather than establishing a full separation of text origin from linguistic style, raising concerns about fairness and reliability in academic settings.
Abstract
AI text detectors are increasingly employed in academic settings, but it remains unclear whether their outputs reflect AI authorship itself or broader linguistic features associated with polished academic English. Previous studies have reported high false-positive rates (FPRs) for non-native English writing, but population-level comparisons confound authorship with differences in topic, domain, and writing style. Professional editing provides a useful setting for examining this issue because it changes the linguistic form of manuscripts while preserving authorship and content. We examined 135,389 document pairs from a professional English editing service (2018-2025), comprising non-native manuscripts and their native-edited versions, to assess how editing affects detector responses controlling for content and authorship. For the 13 AI text detectors, FPRs for human-written texts varied widely, from 0.0% to 100.0%. Responses varied across detectors: the same edits increased AI scores in some detectors but decreased them in others. Notably, score changes correlated with the extent of editing. The findings identify professional editing style as a key confounding variable in AI detector outputs, rather than establishing a full separation of text origin from linguistic style, raising concerns about fairness and reliability in academic settings.
The paper distinguishes genuine false positives from definitional boundary cases involving AI-assisted translation and polishing, engages the counter-argument that AI-polished prose may itself flatten linguistic diversity in academic English, and proposes a concrete process-oriented assessment model based on declared s...
The manuscript cover letter is a consequential but understudied genre: it is the last document an author prepares before submission and often the first an editor reads. This article argues that, as an occluded genre, invisible in the scholarly record, its demands fall unevenly on non-native English speakers (NNES). Syn...
This study investigates AI text detection under conditions that more closely reflect real-world writing practices than conventional binary human-versus-AI benchmarks. Rather than treating authorship as a dichotomy, detectability is examined as a function of partial AI authorship, source-text similarity, and generat...
I. Füzesi, Péter Lengyel, János Pancsira· International Review of Appl...· 0 citations
How recognition accuracy varies across texts is analyzed and which characteristics make AI-generated physics texts more or less distinguishable from human-written ones are discussed, with implications for fostering AI literacy in physics education.
Péter Kosztyó, Márton Burkovics, Péter Jenei· Journal of Physics, Conferen...· 0 citations
AVShift is introduced, the first German benchmark for systematically evaluating AV under multiple distribution shifts, and feature analysis reveals stylistic features that remain stable across genres, while their relative importance varies depending on the specific genre transition.
Lotta Kiefer, Brisca Balthes, Christoph Leiter et al.· 0 citations
This editorial highlights the urgent need for human centric approach to AI detection, advocating for strategies that prioritise human-AI collaboration over sole reliance on fallible automated systems.