GMU:Home Made Bioelectronics/FzAyguler: Difference between revisions

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I would start by collecting samples from land, water and mud and investigate the microbial population such as bacteria, nematodes, fungi, algae. Then, I would start cultivating the microorganisms to a point where they become visible to humans without the aid of a microscope. The scientific way of capturing microorganisms includes isolating them in petri dishes then using a variety of microscopy techniques. Alternative to petri dishes, I would like to use Winogradsky Column style tubes or spherical containers to create a small ecosystem.

Capturing, framing a living presence, activity, growth, metabolism, reproduction would be the first section of my work. I would also like to propose a hybrid approach by designing a landscape in virtual space. The idea of VR relates the invisibility of the microscopic to the incomprehensibility of the virtual. In the VR, the microscopy images can be used for the creation of the terrain. 3D scanning of the macro environment surrounded by the landscape can be used as point cloud. Laser scanning, photogrammetry techniques can be used to capture the macro habitat such as plants, trees, monuments, or small hills. It is important to recognize that all the plant activity is very much based on the microorganisms, they are keeping the planet going. The project captures microbial life into containers and virtual reality provides new visualizations of experiences by expanding the vision and frame

~~[[File:Development-of-Winogradsky-columns-over-time-Columns-were-prepared-with-pond-sediment.png|400px]]~~

'''WINOGRADSKY COLUMNS'''

Compered to isolated and clean, pure cultures on petri dishes, Winogradsky's columns are dirty and mixed. They are more inspired by the natural environment and ecology which make sense of the microbial world. The process is also time based. Microbial colonies living in the sample continue to grow and change over time.

Compered to isolated and clean, pure cultures on petri dishes, Winogradsky's columns are dirty and mixed. They are more inspired by the natural environment and ecology which make sense of the microbial world. The process is also time based. Microbial colonies living in the sample continue to grow and change over time.This device was developed in order to culture mixed bacterial ecosystems and observe their distribution and development within a "habitat".

~~Capturing, framing a living presence, activity, growth, metabolism, reproduction would be the first section of my work~~. I would also like to propose a hybrid approach by designing a landscape in virtual space. The idea of VR relates the invisibility of the microscopic to the incomprehensibility of the virtual. In the VR, the microscopy images can be used for the creation of the terrain. 3D scanning of the macro environment surrounded by the landscape can be used as point cloud. Laser scanning, photogrammetry techniques can be used to capture the macro habitat such as plants, trees, monuments, or small hills. It is important to recognize that all the plant activity is very much based on the microorganisms, they are keeping the planet going. The project captures microbial life into containers and virtual reality provides new visualizations of experiences by expanding the vision and frame

[[File:SlideW2.png|800px]]

~~==RESEARCH II==~~

~~'''WINOGRADSKY COLUMNS'''~~

~~Late 19th Century, Winogradsky Column by Ukranian-Russian Scientist Sergei Winogradsky.~~

'''ARTWORK EXAMPLES USING WINOGRADSKY COLUMNS'''

~~This device was developed in order to culture mixed bacterial ecosystems and observe their distribution and development within a "habitat".~~

[[File:SlideW2.png|800px]]

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 I would start by collecting samples from land, water and mud and investigate the microbial population such as bacteria, nematodes, fungi, algae. Then, I would start cultivating the microorganisms to a point where they become visible to humans without the aid of a microscope. The scientific way of capturing microorganisms includes isolating them in petri dishes then using a variety of microscopy techniques. Alternative to petri dishes, I would like to use Winogradsky Column style tubes or spherical containers to create a small ecosystem.
+Capturing, framing a living presence, activity, growth, metabolism, reproduction would be the first section of my work. I would also like to propose a hybrid approach by designing a landscape in virtual space. The idea of VR relates the invisibility of the microscopic to the incomprehensibility of the virtual. In the VR, the microscopy images can be used for the creation of the terrain. 3D scanning of the macro environment surrounded by the landscape can be used as point cloud. Laser scanning, photogrammetry techniques can be used to capture the macro habitat such as plants, trees, monuments, or small hills. It is important to recognize that all the plant activity is very much based on the microorganisms, they are keeping the planet going. The project captures microbial life into containers and virtual reality provides new visualizations of experiences by expanding the vision and frame
-[[File:Development-of-Winogradsky-columns-over-time-Columns-were-prepared-with-pond-sediment.png|400px]]
+'''WINOGRADSKY COLUMNS'''
-Compered to isolated and clean, pure cultures on petri dishes, Winogradsky's columns are dirty and mixed. They are more inspired by the natural environment and ecology which make sense of the microbial world. The process is also time based. Microbial colonies living in the sample continue to grow and change over time.
+Compered to isolated and clean, pure cultures on petri dishes, Winogradsky's columns are dirty and mixed. They are more inspired by the natural environment and ecology which make sense of the microbial world. The process is also time based. Microbial colonies living in the sample continue to grow and change over time.This device was developed in order to culture mixed bacterial ecosystems and observe their distribution and development within a "habitat".
-Capturing, framing a living presence, activity, growth, metabolism, reproduction would be the first section of my work. I would also like to propose a hybrid approach by designing a landscape in virtual space. The idea of VR relates the invisibility of the microscopic to the incomprehensibility of the virtual. In the VR, the microscopy images can be used for the creation of the terrain. 3D scanning of the macro environment surrounded by the landscape can be used as point cloud. Laser scanning, photogrammetry techniques can be used to capture the macro habitat such as plants, trees, monuments, or small hills. It is important to recognize that all the plant activity is very much based on the microorganisms, they are keeping the planet going. The project captures microbial life into containers and virtual reality provides new visualizations of experiences by expanding the vision and frame
+[[File:SlideW2.png|800px]]
-==RESEARCH II==
-'''WINOGRADSKY COLUMNS'''
-Late 19th Century, Winogradsky Column by Ukranian-Russian Scientist Sergei Winogradsky.
+'''ARTWORK EXAMPLES USING WINOGRADSKY COLUMNS'''
-This device was developed in order to culture mixed bacterial ecosystems and observe their distribution and development within a "habitat".
 [[File:SlideW2.png|800px]]