Welcome to jeanyoon.ch/oi
Jeanyoon Choi (b.1999) is a Computational Artist researching in interconnectivity and complexity through Multi-Device Web Artworks.
You can learn more about my:
jeanyoon.ch@oi /oi % cat hacking-systems-more-primitive-than-a-game
Hacking Systems: More Primitive than a Game
2024-04-13
At an Ian Cheng exhibition in Seoul, the intended story did not engage me. What did engage me was discovering how to play with its interface. A single touch produced information I found uninteresting. Repeated tapping and pinching layered sounds and rapidly changed the image. The interaction became compelling when I stopped using it as intended.
The same happened with video controls. Repeatedly jumping ten seconds forwards and backwards produced an erratic audiovisual rhythm. The useful control became material for play.
A possible formula: a logical system provides a logical interaction, but repetition pushes that interaction into an illogical register. Logical interaction × 100 taps per second = illogical interaction.
I recognise this in my own work. Entering a website is ordinary; being made to press Enter twenty times turns it into an absurd action. Taking an MBTI test is ordinary; scrolling through an exaggerated page to reach an answer changes the experience. A generated conversation can appear coherent until a participant’s facial expression distorts it. A predictable video becomes something else through incessant repetition and temporal fragmentation.
This resembles accelerationism, but it also reaches beneath the formal structure of a game. Before rules, scoring or narrative, there is the desire to prod a system, discover its limits and make it behave strangely.
I remember an installation at the Venice Architecture Biennale where playful interaction was discouraged. I suspect a more permissive system would have been more engaging than slowly delivering its prescribed content. This is my response as a participant, rather than a claim about every visitor.
Hack the system. More precisely: hack an established interactive system through playful, Dadaist use. Tap, scroll, pinch, repeat.
Sound is essential here. Without carefully designed sonic feedback, rapid interaction can remain a mechanical action rather than become a satisfying audiovisual play.
jeanyoon.ch@oi /oi % cd artworks
Interactive Multi-Device Web Artworks where audiences interact with surrounding screens and projections from their own mobile phones.
jeanyoon.ch@oi /oi % cd projects
jeanyoon.ch@oi /oi % cd experiments
jeanyoon.ch@oi /oi % cd research
jeanyoon.ch@oi /oi % cd about
Jeanyoon Choi
Jeanyoon Choi (b. 1999) is a Korean computational artist and researcher. He designs and researches multi-device web artworks that reflect the complexity of contemporary socio-technological systems, including AI, algorithmic culture, and economic structures. By interconnecting mobile devices and screens, these artworks create provocatively interactive environments. To develop their conceptual foundations, he draws on art, philosophy, and his scientific background, then uses software engineering and design to translate these ideas into interactive experiences.
He holds a BS in Industrial Engineering from Seoul National University and an MA in Information Experience Design from the Royal College of Art, and is currently a PhD candidate at KAIST's Experience Design Lab (XD Lab). He has also taught Computational Design Practices in the Interaction Design Department at K-Arts (Korea National University of Arts). His work has been exhibited internationally at Ars Electronica, Istanbul Digital Arts Festival, IKLECTIK London, Centre Culturel Coréen, and KAIST Art Museum. His papers have been published in the proceedings of ACM DIS and in the Leonardo journal (MIT Press), and he has served as an academic reviewer for ACM TEI, NeurIPS Creative AI, and Digital Creativity.
You can explore my practice through my artworks, research, experiments, projects, and texts:
jeanyoon.ch@oi /oi % cd texts
jeanyoon.ch@oi /oi % cd contact
You can get in touch with me through following channels: