A systematic analysis reveals a growing intersection between quantum technologies (QT) and artistic expression; Adrian Schmidt from Karlsruhe Institute of Technology, alongside colleagues at Bilkent University and Uskudar American Academy, has mapped two hundred and eighty-one QT-related artworks created between 2010 and August 2025. The research classifies these works into four categories: Inspired, Sourced, Simulated, and Generated. It shows a sharp increase in such art since 2019.

Researchers systematically mapped 281 artworks engaging with quantum technologies between 2010 and, classifying them into four distinct types based on how the technology is used within each piece. Analysis reveals a substantial rise in these works since 2019, indicating growing artistic interest in this field of science.

The Karlsruhe Institute of Technology team systematically mapped 281 QT-related artworks created between 2010 and, classifying them into four types, Inspired, Sourced, Simulated, and Generated, based on how the technology is integrated. This classification process employed artificial intelligence for initial sorting, similar to an automated email filter but with key human oversight ensuring accuracy.

Analysis reveals a substantial surge in these artworks since 2019, suggesting that artistic engagement isn’t reflecting advances in QT but may also be shaping its future direction, much like early photographers experimented with new techniques to define their medium. But what does this rapid growth signify about our broader cultural understanding of quantum mechanics?

LLM Classification of Artworks Engaging Quantum Technologies

To systematically categorize artworks engaging with quantum technologies, a sophisticated LLM-assisted classification was employed with human oversight ensuring accuracy. A library comprised an extensive collection of works specifically curated for this project. The AI proposed classifications based on how each artwork used QT, inspired by concepts, sourcing data from quantum processes, simulating those processes classically or directly utilising quantum hardware, but these proposals required expert review.

Experts reviewed and refined the automated suggestions, correcting errors and resolving ambiguities in complex cases where technology’s role wasn’t immediately clear. Between 2010 and August 2025, a systematic categorization occurred encompassing 281 artworks engaging with quantum technologies.

These pieces were classified as QT-Inspired, QT-Sourced, Simulated QT or QT-Generated according to their relationship to quantum technology; this prioritises thorough mapping over artistic judgement. This approach provides both a quantitative overview of field development since 2019 and builds upon limited prior empirical studies, allowing for detailed examination of how artists engage with QT concepts through these four distinct categories.

Quantum Artworks Exhibit Rapid Growth And Categorization Between 2010, August 2025

The researchers Karlsruhe Institute of Technology and Uskudar American Academy documented substantial growth in quantum technology (QT)-related artwork, rising from 83 pieces between 2010-2019 to 198 works created between 2020 and August 2025. This represents a surge exceeding 137% within just six years. Before this increase, thorough mapping proved impossible due to the limited number of identified projects; now, a strong corpus for analysis has been established.

Their systematic search across databases like Arts & Culture and Scopus uncovered that only 67% of these projects were initially located through direct searches for “quantum art”, demonstrating the need for broad inclusion criteria beyond obvious keywords. Large Language Models (LLMs) categorised artworks into four types, Inspired, Sourced, Simulated, and Generated, alongside human review, with performance validated against manually checked data sets. Since 2021, an increasing trend towards utilising active hardware or computational simulations emerged within this body of work.

Artistic Engagement With Quantum Technologies Establishes A Foundational Dataset

A meticulous mapping reveals a burgeoning field where artistic exploration increasingly mirrors advances in quantum technology itself; however, it raises questions about directionality: is art simply reflecting scientific progress or actively contributing to its cultural interpretation. While documentation shows increased use of both simulation and actual hardware since 2021, no clear path emerges showing how artists move between different approaches like inspiration versus direct generation using complex machinery. Still, documenting this intersection remains vital even acknowledging uncertainty regarding whether artists lead or follow scientific breakthroughs.

This systematic cataloguing of 281 artworks engaging with “quantum technologies”, from pieces inspired by them to those directly utilising complex hardware, establishes a key baseline for future study. It demonstrates growing convergence between artistic practice and advances in quantum technologies since 2019. Their classification scheme distinguishes works inspired by, sourcing data from, simulating or generating using quantum technology; it provides a framework beyond simple subject matter categorisation. Detailed analysis reveals increasing use of both computational simulations alongside actual hardware within the art created after 2021.

A recent study systematically mapped and classified 281 artworks related to quantum technologies created between 2010 and August 2025. This work demonstrates an increase in artistic exploration of quantum technologies since 2019, along with growing trends toward using active hardware or computational simulation from 2021 onward; it provides a foundational dataset for analyzing how art and quantum technology influence each other.

👉 More information
🗞 Mapping Artistic Engagement with Quantum Technologies
✍️ Oya Ok (Bilkent University); Adrian Schmidt, Deniz İpek Zeynioğlu and Zeki C. Seskir
🧠 ArXiv: https://arxiv.org/abs/2610.37054

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