Skip to main content

What Does Oxygène Look Like?


I recently found myself watching a recording of Jean-Michel Jarre’s 2025 concert in Seville. Alongside the music and spectacle, there was a lot of discussion around AI and AI-generated content. That set me thinking, not in a grand theoretical way at first, but in a simple, curious way: what would ChatGPT visualise if I asked it to turn Oxygène into a single cartoon image?

Not “make a copy of the album cover”. Not “recreate Jean-Michel Jarre’s visual style”. Just: take the word, the title, the atmosphere it suggests, and see what happens.

That distinction mattered to me. Oxygène already has a famous visual identity, and the point of the experiment was not to imitate it or produce a substitute. It was more about asking what an AI system does when given a culturally loaded musical reference, a single evocative word, and a loose creative brief. Would it lean towards the known album imagery? Would it think of oxygen as science, atmosphere, breath, Earth, space, environment, or sound?

The first prompt was deliberately simple:

“Turn Jean-Michel Jarre’s Oxygène into a single cartoon image.”

Almost immediately, I realised that this was too open-ended. That was part of the interest. With image generation, the prompt is not just an instruction; it is also a negotiation. So I changed tack and asked the system to question me first rather than generate too quickly.

The questions were useful. Did I want it to feel like the original album cover or only loosely inspired by its atmosphere? Should it be abstract, surreal, narrative, or album-poster style? Should Jean-Michel Jarre appear as a cartoon character? Should the mood be psychedelic, playful, ecological, retro sci-fi? Should there be text? What format?

My answers became the real prompt. I said I did not want it to be like the album cover. I did not want Jean-Michel Jarre represented. I wanted an album-cover format, image-only, and I asked for a robot to be included. Everything else I left open.

That openness was important. I was less interested in controlling the result than in seeing what the system would choose to make visible. In other words, the experiment was not “can AI draw what I already have in my head?” but “what does AI think this could look like?”



oxgene first attempt showing earth and robot


Seeing the image changed the experiment. This is something I find interesting about working with generative AI: the output becomes part of the next prompt. Once there was a still image, I started to wonder whether it could move. Not a full music video, not an attempt to visualise the track in any literal sense, but a small animated object. Could the waves move? Could the image become a short looping GIF?

So the next stage became:

“Animate the waves and turn it into a 3 second GIF and save.”

That shifted the piece from imagined album cover to tiny animated artefact. The movement made it feel less like a finished answer and more like a sketch of an idea: oxygen as atmosphere, motion, flow, sound, and perhaps a little machine dreaming inside the scene.

Gif showing oxygene as earth and robot

Then came another turn. I asked for it to be changed “more in the style of Van Gogh”. Again, that raises questions. Referencing an artist’s style is one of the areas where AI-generated art becomes ethically and creatively complicated. In this case, I was not trying to pass anything off as Van Gogh, nor to copy a specific painting. I was using “Van Gogh” in the loose way people often do conversationally: swirling skies, expressive brushwork, heightened movement, intense texture.

But even that casual phrasing is worth pausing over. AI makes it very easy to ask for “in the style of…” and that ease can hide difficult questions about influence, imitation, authorship, and labour. This small experiment was never about copyright infringement, and it was never about replacing an existing artwork. It was about curiosity. Still, the process reminded me that curiosity does not remove responsibility. The prompts we use shape what is borrowed, echoed, flattened, or transformed.

Oxygene in the style of van gough robot and erarth

What I enjoyed most was not any single output, but the back and forth. The first prompt opened a door. The questions narrowed the direction. The image suggested animation. The animation suggested style. Each step was prompted by seeing what came back.

That, for me, is where the experiment becomes interesting. AI image generation is often talked about as if it is simply a way to produce a picture. But in this case, it worked more like a visual conversation. I was not asking it to recreate Oxygène. I was asking what Oxygène might become when filtered through text, memory, association, and a machine’s visual habits.

I am still not sure what I think about the result. That may be the point. The image is not definitive. It is not “what Oxygène looks like”. It is one answer produced through a particular chain of prompts, choices, refusals, and accidents.

And, apparently, perhaps also a robot in a strange cartoon world, moving gently for three seconds.


All opinions in this blog are the Author's and should not in any way be seen as reflecting the views of any organisation the Author has any association with. Twitter @scottturneruon

Comments

Popular posts from this blog

GenAI Productivity: Ideas to project proposal 1

One of the ways I use Generative AI with students is to take basic ideas for projects, usually a title, and get these tools to greater ideas and start of a project proposal. This is with all the usual caveats  Check the references (if any); It is going to be basic, so extend it. In this example I am going to use Co-pilot but the ChatGPT, etc can be used, employing a few basic prompt engineering basics: personas (who is the target audience?) and Templates (how do I want it to look?) to start this process. Example:  Project ideas for MSc Data Intelligence students (persona)  on a particular topic. The reply will include subheadings and relevant (hopefully) content for  TITLE, INTRODUCTION, PROBLEM STATEMENT. The prompt: " Taking the topic "Leveraging open-source tools to measure and present academics publications automatically from public domain data.". Give five innovative projects for a Master's level student dissertation in Data Intelligence. Each project example wi...

GenAI Productivity: Ideas to project proposal ideas from Google Scholar

From Google Scholar to Project Ideas or Using AI to Map the Future of Your Research Generated as well by Google Gemini Have you ever looked at a researcher’s Google Scholar profile and felt overwhelmed? Between the long lists of citations and dense technical titles, "connecting the dots" of a decade-long career is a massive cognitive lift. Whether you are a student hunting for a dissertation topic or a professional scouting for a collaborator, understanding the trajectory of research is harder than reading the papers themselves. In my latest experiment, I used Google Gemini to see if it could bridge this gap. I gave it a specific challenge: Analyze my own research profile and design 10 compelling project ideas for a final-year Computer Science student. The Prompt: Turning Data into Direction The secret to a good AI output is giving it a clear "anchor." By providing a URL to a live dataset (my Scholar profile), I bypassed the need to copy-paste thousands of words....

Getting multiple viewpoints with ChatGPT

Well sort of! There are approaches where we can get the generative AI to look at a problem from multiple perspectives (or personas) and bring the ideas generated, ideally informed by the others. to a final plan. One of the main strategy is called Tree of Thoughts (see here for more detail  https://www.forbes.com/sites/lanceeliot/2023/09/08/prompt-engineering-embraces-tree-of-thoughts-as-latest-new-technique-to-solve-generative-ai-toughest-problems/?sh=5ce79bdb2c8b ). The central idea is get a number of expert opinions, allow potential cross-fertilization of ideas, come up with actions or plans. Let see this action.  Scenario: Find out about the UK Government's plans on Disability support and then use Tree of Thoughts to produce some ideas for a company making disability equipment based on their website. Google's Gemini will be used. Stage 1 "UK Governments plans on Disability support ": Prompt:  Read, convert to plain text and consolidate information from the followi...