Flowers bloom from mathematical formulas. The “Algorithmic Garden” mathematical art exhibition is being held in Ginza.

From May 19th to 23rd, 2026, an exhibition will be held showcasing rotational motion, color structures, fractals, and other不思議な shapes born from algorithms.

We will be holding "Algorithmic Garden," a mathematical art exhibition that expresses shapes created by mathematical formulas and algorithms as flower-like forms.
This exhibition will feature over a dozen works, including flower-like shapes that emerge from the trajectory of rotational motion, and visual works composed according to rules of color structure.
The title, "Algorithmic Garden," represents a world where mathematical formulas and calculations serve as "seeds," from which diverse forms grow.
Even those unfamiliar with mathematics can intuitively enjoy this exhibition through the fascinating shapes and colors.

Exhibition Overview

Exhibition Title : Algorithmic Garden – Flowers Born from Mathematical Formulas
Author : SPIRA SUURA
Date : May 19th (Tuesday) – May 23rd (Saturday), 2026
Time : 13:00 – 19:00 (ends at 17:00 on the last day only)
Venue : GALLERY AND LINKS 81
Location : Charles Ginza Building 1F, 2-14-1 Ginza, Chuo-ku, Tokyo
Admission fee : Free
Content : An exhibition of mathematical art pieces created from mathematical formulas and algorithms.
Items for sale : Over ten art pieces, as well as related merchandise such as zines and postcards.
Artist's scheduled attendance dates : All dates

Exhibition Series

ORBIT – Three Orbits

This series is born from three elements: the trajectory of circular motion, the rhythm of points, and the cycle of colors.
From a simple combination of circular motions, unexpectedly complex shapes emerge.
The overlapping of multiple movements reveals flower-like patterns and diverse curves.

ANATOMY – Decomposing Colors

This series focuses on the colors that make up famous paintings, extracting and rearranging those elements to reinterpret them as new images.
By rearranging the colors in a painting according to different rules, we can visualize the differences in structure and impression hidden within the original work.
Through the beauty that remains even after a bold reconstruction, we can perceive the diverse layers inherent in masterpieces.

Dream Bloom

This series is based on the iterative calculation of polynomials derived from the Mandelbrot set.
From the repetition of simple rules, complex shapes like flowers emerge.
This structure mirrors the way dreams unfold, where scenes change continuously yet maintain a certain similarity.
In this series, I depict the self-repetition and fluctuating boundaries of fractals as images like flowers blooming in a dream.

Author Introduction

SPIRA SUURA is an artist who creates works using mathematical formulas, algorithms, and programming.
My interest in automated image creation began when I started working with programming.
Eventually, I became fascinated by the process of using mathematical formulas and algorithms as raw materials, and how unexpected shapes and colors emerge from the repetition of rules.
I continue creating art because I find beauty in numbers and rules, and I want to share that feeling of "beauty!" with others.
My creative process revolves around exploring a beauty that requires no explanation, while maintaining a mathematical structure.

[Inquiries regarding this matter]
Ruby Magic Co., Ltd.
SPIRA SUURA
Email: spirasuura@gmail.com
Instagram: https://www.instagram.com/spirasuura/
X: https://x.com/SPIRASUURA

[From RubyMagic Inc.'s press release ]

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