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IBM_Creek

Goo Vision

IBM_Creek

AI
Nature

A synthetic landscape built on plastic soil, where natural forms and artificial surfaces begin to merge. The work explores an environment that feels both engineered and strangely alive, blurring the line between constructed systems and organic growth.

format

landscape

technique

duration

01:12

year

2026

Transport

Goo Vision

Germany

Samuel Goossens, working under the name Goo Vision, is a German visual artist whose practice combines generative AI, photography, digital image-making and animation. His work often explores the relationship between nature and technology, creating surreal environments in which organic life, unfamiliar machines and solitary figures coexist. Drawing inspiration from science fiction, cinematic imagery, dreams and the quiet strangeness of everyday life, he uses emerging technologies as part of an experimental creative process. Recurring themes in his work include isolation, transformation, escapism and the tension between natural and synthetic worlds.

Goossens is currently studying Communication Design at Hochschule Niederrhein in Germany. His work has been exhibited internationally, including presentations in New York City, Times Square and Ho Chi Minh City, as well as through digital art exhibitions and curated NFT releases. He has developed a growing international audience for his distinctive visual worlds across social media and digital art platforms.

IBM_Creek

technique

format

landscape

duration

01:12

year

2026

Transport

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More on digital art

Generative art

Generative art refers to a way of creating artworks using an autonomous system. In digital art, these are usually generated from code and algorithms created by the artist, often with certain predefined parameters or systems. Although these parameters guide the final outcome of the work, generative art is generally a surprising way to create artworks, as the results are often unexpected and the number of possible outcomes can be infinite.

AI art is a branch of generative art that uses artificial intelligence. Unlike other generative artworks, AI artworks use specific complex algorithms and models derived from machine learning. The most common methods for creating AI art today are GANs (generative adversarial networks) or proprietary prompting platforms such as ChatGPT, Sora, Midjourney, or Dall-e.

3D art uses 3D software such as Blender, Cinema4D, Houdini, or video game software such as Unity to create works of art. In 3D works, artists can either arrange assets (the 'objects' in a 3D artwork or world) that they have created themselves or purchased from other creators to create elaborate environments and scenes (an approach to 3D art called 'set dressing'), or specialize in sculpting, which involves creating their own objects and assets.

Photogrammetry

Photogrammetry is a specialized 3D technique that allows 3D objects to be created from numerous photographs taken of an object or scene from multiple angles. These photos are then compiled to determine the specific positioning, shape, and dimensions of the object in space, and then converted into a 3D model. Initially developed for engineering and urban planning, photogrammetry has become a way for artists to produce extremely accurate 3D models from real-life images.

Collage

An extension of the traditional, plastic approach to collage, digital collage involves searching for and cutting out multiple images, extracting them from their original context, and recomposing them in a new arrangement to create a work of art. Artists can use their own photographs or find images on the internet.

Illustration

Digital illustrations are created using software such as Adobe Illustrator, Photoshop, or Procreate. As with drawing on paper, the artist uses a stylus to sketch a figure or object, usually on a tablet, to construct a scene or artistic universe. Unlike traditional drawing methods, digital illustration is much more forgiving, as mistakes can be easily corrected and drawn elements and objects can be easily moved around within a scene.

Video

Video artworks primarily use a recording camera, but may sometimes include additional post-processing or editing to distort, modify or add additional elements to the image. Some artists use state-of-the-art recording equipment to create macro zoom-ins or time lapses, privileging fidelity to the subject matter. Others use additional softwares to significantly modify or warp the video, creating an alternative perspective on the world that surrounds us.