GMU:Bioelectronics, aesthetics and other interesting things/PhyChip synthesiser: Difference between revisions
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== Physarum plates == | == Physarum plates == | ||
Utilised coated 35 mm petri dishes in a 3 row x 2 column arrangement. Every plate was treated with an aluminium mesh with a resistance of 0.5 Ω-cm. The mesh is separated by the plate walls. In front of each cell a 4 x 3 mm aluminium finger was placed to create the contact areas. Physarum resistance was around 1300-1500 Ω·cm | Utilised coated 35 mm petri dishes in a 3 row x 2 column arrangement. Every plate was treated with an aluminium mesh with a resistance of 0.5 Ω-cm. The mesh is separated by the plate walls. In front of each cell a 4 x 3 mm aluminium finger was placed to create the contact areas. Physarum resistance was around 1300-1500 Ω·cm. On top of each plate added a 3 mm agar 2% concentration for placing the physarum. | ||
<gallery> | <gallery> | ||
Revision as of 21:54, 6 June 2016
PhyChip Synthesiser
PhyChip Synthesiser
bioscilator modul
circadie module
Hex Schmitt trigger
Physarum plates
Utilised coated 35 mm petri dishes in a 3 row x 2 column arrangement. Every plate was treated with an aluminium mesh with a resistance of 0.5 Ω-cm. The mesh is separated by the plate walls. In front of each cell a 4 x 3 mm aluminium finger was placed to create the contact areas. Physarum resistance was around 1300-1500 Ω·cm. On top of each plate added a 3 mm agar 2% concentration for placing the physarum.
Petri dish with 6 plates
Distribution of the physarum network early stage
Distribution of the physarum network final stage
