![Decomposition I, 2019Pigments and synthetic binder on wood, 15 x 10 cm](https://johanneskiel.de/wp-content/uploads/2023/09/0-3-731x1024.jpg)
Pigments and synthetic binder on wood, 15 x 10 cm
![Decomposition II, 2019Pigments and synthetic binder on wood, 15 x 10 cm](https://johanneskiel.de/wp-content/uploads/2023/09/1-1-731x1024.jpg)
Pigments and synthetic binder on wood, 15 x 10 cm
![New Cloroplasts, 2019Acrylic and avocado leaf between acrylic glass, 20 x 20 cm](https://johanneskiel.de/wp-content/uploads/2023/09/2-1-1004x1024.jpg)
Acrylic and avocado leaf between acrylic glass, 20 x 20 cm
![Z-Axis, 20193D print made of gypsum, about 10cm in diameter](https://johanneskiel.de/wp-content/uploads/2023/09/3-902x1024.jpg)
3D print made of gypsum, about 10cm in diameter
![Decomposition Process – Origin, Worm and Vision, 2019video still, 1920px x 1080px](https://johanneskiel.de/wp-content/uploads/2023/09/4.jpg)
video still, 1920px x 1080px
![Freshly hatched I, 2019Pigments and synthetic binder on paper, 30cm x 20cm](https://johanneskiel.de/wp-content/uploads/2023/09/8-1-686x1024.jpg)
Pigments and synthetic binder on paper, 30cm x 20cm
![Freshly hatched II, 2019Pigments and synthetic binder on paper, 30cm x 20cm](https://johanneskiel.de/wp-content/uploads/2023/09/6-2-686x1024.jpg)
Pigments and synthetic binder on paper, 30cm x 20cm
![Bursting test tube, 2019Pigments and synthetic binder on paper, 30cm x 20cm](https://johanneskiel.de/wp-content/uploads/2023/09/7-1-678x1024.jpg)
Pigments and synthetic binder on paper, 30cm x 20cm
![Emergent Biosphere, No. 4 from ten-part series, 2021Pigment and synthetic binder on wood, 130 cm x 100 cm](https://johanneskiel.de/wp-content/uploads/2023/09/15-827x1024.jpg)
Pigment and synthetic binder on wood, 130 cm x 100 cm
![Fish, 2021Pigment and synthetic binder on stone paper, 21 cm x 30 cm](https://johanneskiel.de/wp-content/uploads/2023/09/17-1024x723.jpg)
Pigment and synthetic binder on stone paper, 21 cm x 30 cm
![Herd, 2021Pigment and synthetic binder on stone paper, 21 cm x 30 cm](https://johanneskiel.de/wp-content/uploads/2023/09/19-1024x723.png)
Pigment and synthetic binder on stone paper, 21 cm x 30 cm
![Robot Version I, 2019the first prototype draws single pieces up to A4 size. Fed with my generative adversarial neural network emergent autonomy results. (artificial intelligence)](https://johanneskiel.de/wp-content/uploads/2023/09/21-1024x821.jpg)
the first prototype draws single pieces up to A4 size. Fed with my generative adversarial neural network emergent autonomy results. (artificial intelligence)
![Dataset & Machine Learning, 201949 examples (of ~ 9000) hand made pignent cells from my dataset.With this (entire) dataset I trained my first neural network for the robot.](https://johanneskiel.de/wp-content/uploads/2023/09/22-991x1024.jpg)
49 examples (of ~ 9000) hand made pignent cells from my dataset.
With this (entire) dataset I trained my first neural network for the robot.
![Drawings of Robot Version I, 2019 16 sketches, autonomously designed and drawn on paper by my artificial intelligence machine (Robot Version I), each 25 cm x 20 cm](https://johanneskiel.de/wp-content/uploads/2023/09/23-899x1024.jpg)
16 sketches, autonomously designed and drawn on paper by my artificial intelligence machine (Robot Version I), each 25 cm x 20 cm
![Drawing of Robot Version I, 2019 Example sketche, autonomously designed and drawn on paper by my artificial intelligence machine (Robot Version I), 25 cm x 20 cm](https://johanneskiel.de/wp-content/uploads/2023/09/24-891x1024.jpg)
Example sketche, autonomously designed and drawn on paper by my artificial intelligence machine (Robot Version I), 25 cm x 20 cm
![Robot Version II, 2021 / 2022the second prototype paints artworks up to a size of 110 cm x 90 cmusing artificial intelligence.](https://johanneskiel.de/wp-content/uploads/2023/09/Roboter-Versio-II-01-878x1024.jpg)
the second prototype paints artworks up to a size of 110 cm x 90 cm
using artificial intelligence.
![Robot Version II, 2021 / 2022The machine learning algorithm decides autonomously on coloring, composition and realization. It is fixed to the wall and can paint both on canvas and on paper.](https://johanneskiel.de/wp-content/uploads/2023/09/Roboter-Versio-II-02-1024x598.jpg)
The machine learning algorithm decides autonomously on coloring, composition and realization. It is fixed to the wall and can paint both on canvas and on paper.
![Robot Version II, 2021 / 2022By using a magnetic connection, it can choose between three different brushes.](https://johanneskiel.de/wp-content/uploads/2023/09/Roboter-Versio-II-04-1-878x1024.jpg)
By using a magnetic connection, it can choose between three different brushes.
![Robot Version II, 2021 / 2022The self-constructed machine consists mainly of a steel tubes,T-profiles, multiplex, 3D printed PLA parts, a Teensy microcontroller,a computer, as well as stepper and servo motors. The project iswritten in the programming languages C and python.](https://johanneskiel.de/wp-content/uploads/2023/09/Roboter-Versio-II-03-881x1024.jpg)
The self-constructed machine consists mainly of a steel tubes,
T-profiles, multiplex, 3D printed PLA parts, a Teensy microcontroller,
a computer, as well as stepper and servo motors. The project is
written in the programming languages C and python.
![Tools I, 2020tools carved out of flint stones from the Baltic Sea](https://johanneskiel.de/wp-content/uploads/2023/09/29-776x1024.jpg)
tools carved out of flint stones from the Baltic Sea
![Display of Life, 2022Object with real-time simulation of artificial microbes, 110 cm x 35 cm x 30 cm](https://johanneskiel.de/wp-content/uploads/2023/09/Display-of-Life-01-683x1024.jpg)
Object with real-time simulation of artificial microbes, 110 cm x 35 cm x 30 cm