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The original idea was to see if there was any relation between Alii Vibrio fischeri (a specimen that life in warm around 20°C oceans) & Physarum Polycephalum (a specimen that life's in the forest in warm temperatures 20°C). In order to test this, I made an investigation around the two specimens. The second step was to cultivate both of them, sadly the extraction of the first specimen from an octopus didn't give results, so I redirected my project into teaching Physarum Polycephalum to adapt to salinity environments. | The original idea was to see if there was any relation between Alii Vibrio fischeri (a specimen that life in warm around 20°C oceans) & Physarum Polycephalum (a specimen that life's in the forest in warm temperatures 20°C). In order to test this, I made an investigation around the two specimens. The second step was to cultivate both of them, sadly the extraction of the first specimen from an octopus didn't give results, so I redirected my project into teaching Physarum Polycephalum to adapt to salinity environments. | ||
[[File:52h salinity medium.mp4]] | [[File:52h salinity medium.mp4|1500px]] | ||
Here can be seen a video around how specimens that were teached to live in different salinity mediums behave when they have the possibility to move between different salinity mediums (Between 0% salinity and 0.5% salinity). It is a 52 h photage of Physarum Polycephalum in salinity medium. | Here can be seen a video around how specimens that were teached to live in different salinity mediums behave when they have the possibility to move between different salinity mediums (Between 0% salinity and 0.5% salinity). It is a 52 h photage of Physarum Polycephalum in salinity medium. |
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