GMU:Sustainable Aesthetics/Betül Peker: Difference between revisions

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*[[+Class Experiments // 25.10.2022 #petridish #PhysarumPolycephalum #joulthief ]]
*[[+Class Experiments // 25.10.2022 #petridish #PhysarumPolycephalum #joulthief ]]




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- Exploring the potential of dried Scoby as artistic material.
- Exploring the potential of dried Scoby as artistic material.
- Examining the paperish - leatherish textures
- Examining the paperish - leatherish textures
https://www.designboom.com/design/jannis-hulsen-cellulose-fibre-xylinum-stool/


https://www.suedwesttextil.de/fileadmin/editorial-content/dokumente/SwissPopup-Aesthetics_of_Sustainability_christopheGuberan.pdf
https://www.suedwesttextil.de/fileadmin/editorial-content/dokumente/SwissPopup-Aesthetics_of_Sustainability_christopheGuberan.pdf
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Mediator: Architecture, drawing practice
Agency: Physarum polycephalum
The project aims to examine the behaviour of physarum polycephalum and utilise its conscious and continuous movement. 




Mediator: Architecture / Agency: Physarum polycephalum
In the project, firstly, cube and rectangle forms which are made by agar used to observe how slime mold reacts to different shapes.


The results of the Project will contain [Process] Sketches, Video, Photographs, and Model.
In the second phase of the project, the slime mold's movement will be used to create an experimental 2D architectural drawing and this drawing will be the base of the 3D printed structure. In this case, until a relatively certain point, slime mold gives a decision about how the plan and 3D printed piece will look like.  


The project aims to deeply explore the behaviour of physarum polycephalum.  
The main idea of the project is to take physarum polycephalum as a possibility to create an experimental architectural structure. The project also speculatively aimed to give space to physarum polycephalum to live in, just like how humans live in dwellings.
As known physarum polycephalum cells prefer to live on upright structures, like tree branches and plants, also they tend to grow upward until the food source is reached. They leave behind a trail of dead cells as they travel. As they grow, they could become bigger and bigger.  


As known "slime mold cells prefer to live on upright structures, like trees and plants, and they tend to grow upward until the food is reached. They leave behind a trail of dead cells as they travel. As they grow, they can become very large and move quite quickly to a food source." The project will use slime mold's movement to create an experimental architectural plan and this experimental plan will be my reference point to build a 3D Structure for them. For the 3D structure, transparent material such as Plexiglass or Filament (for 3D Printing) would be an option to observe their movements clearly and record the process. When I build the structure ( relatively enclosed environment) I will place the slime mold as a temporary resident. Also, all processes will be quick and experimental due to contamination reasons.
When we consider the history of architecture, we could see that architecture is human-centric and gives an answer to human needs. Also, human being has a tendency to welcome "attractive" parts of nature in their life in indoor and outdoor spaces. They do this by creating solutions for building a relationship between nature and human-made structures. But what if we think about giving a place for living organisms to maintain their life and use architecture as a tool for them? This project speculatively approaches "architectural solutions" for physarum polycephalum and considers them as a "resident".  
As a first step, there will be an experiment with agar cubes - geometrical forms to create a sketchy-architectural model.  




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