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PublikationWorking paper

Working Paper No. 385 The workload paradox: Will AI reduce academic labor?

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Sammanfattning

Artificial intelligence is reshaping academia, but instead of liberating scholars, AI might keep them running faster just to stay in place. This paper theoretically explores how AI increases institutional expectations rather than reducing workload. Using a formal workload model, the study examines how automation affects academic tasks, revealing that while AI streamlines some processes, it also creates new responsibilities in research, publishing, and administration. A case study illustrates how scholars experience rising pressures to verify AI-generated work, adapt to changing publication norms, and meet intensifying institutional demands. The findings suggest that AI’s role in academia is not one only of simplification, but acceleration—a race where efficiency gains are quickly absorbed, where the pursuit of academic excellence becomes ever more demanding, and where scholars must continuously push forward, not to advance, but merely to avoid falling behind.

Detaljer

Författare
Jonas Grafström
Publiceringsår
2025
Publicerat i

Ratio Working Paper Series.

Relaterat

  • Bild av Jonas Grafström, medarbetare på Ratio
    Filosofie doktor och vice vd

    Jonas Grafström

    0703475854jonas.grafstrom@ratio.se

Liknande innehåll

Rapporter

Ekonomisk politik och födelsetal – en analys av effekter och evidens

Grafström, J. & Tillgren Pahlberg, N.

Publiceringsår

2026

Publicerat i

Regeringskansliet

Sammanfattning

Den femte skriften från regeringens utredning Framtid med barn. Studien analyserar hur ekonomisk politik påverkar födelsetal och konstaterar att strukturella reformer inom bostad, arbetsmarknad och välfärd är viktigare än enbart ekonomiska transfereringar för att vända Sveriges historiskt låga födelsetal.

Artikel (med peer review)

When circular systems scale

Grafström, J. & Larsson, J.P.

Publiceringsår

2026

Publicerat i

Journal of Industrial Ecology, 1–17

Sammanfattning

Circular economy systems are often designed with a focus on material flows and technological substitution, but their ecological performance is also shaped by geography. As a circular economy expands geographically, it encounters rising institutional diversity, logistical constraints, and behavioral divergence. The paper introduces a framework, based on lessons from the plastics industry, that models how spatial frictions—defined across regulatory, logistical, behavioral, economic, and coordination dimensions—accumulate with scale and undermine system performance. Costs escalate, and reliability deteriorates as circular systems become more spatially dispersed. These dynamics can result in delayed material recovery, inconsistent quality, and increased ecological inefficiency, even when technical feasibility exists.

Artikel (med peer review)

A transition probability analysis of material flows in the European aggregates industry

Grafström, J., & Rydén, S.

Publiceringsår

2026

Publicerat i

Construction Management and Economics, 1–14

Sammanfattning

Recycled aggregates materials are often relegated to downcycled applications such as backfilling. Different barriers limit their reintegration into higher-value construction use. This paper develops a probabilistic model of material flows using a Markov chain framework to simulate transitions between four states: Input, Use/Waste, Recycling, and Disposal. The model draws on Eurostat data covering non-metallic minerals in 27 EU Member States (2014–2023) and incorporates barrier-adjusted transition probabilities reflecting economic, technological, institutional, and social constraints. Scenario simulations reveal that improvements in recycling probabilities can yield nonlinear gains in material retention. However, once structural barriers are introduced, system performance declines sharply—even under favourable technical assumptions. The results suggest that modest policy interventions may have outsized effects if targeted toward key transition points.

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