tiny giants: a microscopic view of the universe
制作年份: 2023
材料或技法: 数字的
版本: 没有设置
签名:没有设置
关于作品
- 制作年份
- 2023
- 材料或技法
- 数字的
- 版本
- 没有设置
- 签名
- 没有设置
- 画框
- 没有设置
- 作品证书
- 没有设置
- 类别
- 媒体艺术
- 风格
- 数字的, 几何学, 哲学/虚荣, 极简主义
作品详情
Concept and Intention of the Artwork
Observing slime molds in forests under a microscope revealed a universe.
The micro and macro are nested, giving a sense of infinite recursion.
Our world is waves.
Humans and our perceptions are all waves.
Waves can be expressed with noise.
Noise can be expressed with math formulas.
Using math functions to handle noise and infinity, I directly expressed the connection between slime molds and the universe by waves.
JACK James Award
The state of packaging
2 months from conception
Production method
This is wave art created by mathematically handling fractals and noise.
The formulas used in this artwork are extremely condensed into code written in shader (294 characters).
艺术家
alien
- Ray-based fractal rendering (GLSL) - Simulation theory by minimizing codes - Fungus & the Universe | Infinity | You are Me - Grand Award / Still Images by Asia Digital Art Award FUKUOKA (2022) - JACK James Award/ ART OLYMPIA (2024) - 5th place / SESSIONS Code Graphics (2024) - Chie Hiraizumi Award / SHIBUYA AWARD (2024) - Excellence Award / Still Images by Asia Digital Art Award FUKUOKA (2024) - Places include at Japan Generative Art Award & Un Do - Selections include at New York Art Incubation & New Art ZERO alien / expressive artist / scientist Education: TU Delft (PhD) Imaging of the Moon and the Earth My Expression: Fractal art by GLSL rendering techniques inspired by the nature Media: 2025 Codrops "Rendering the Simulation Theory" 2023 RKB Mainichi Broadcasting Ikejiri Wakako's TOKOWAKA
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