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Bacteria are able to move around by propelling themself forward in liquid environments but can also settle down on surfaces and form biofilms. Biofilms are surface-associated bacterial communities containing bacteria that adhere to each other embedded in a self-manufactured matrix. Biofilms can develop spectacular patterns driven by forces od mechanical instability and interfacial energy that builds up within the organic structure if one layer grows faster than an adjacent layer. This stress is released by the formation of wrinkling, folding or creasing and even lead to small parts to detach from the substrate to form blisters. A fantastic interplay of mechanical forces and organic growth leads to mesmerising biostructures that form surprising concentric and symetric patterns.
DeSciWorld’s vision is to create a vibrant ecosystem that supports scientific communities from around the world by utilising decentralised and uncensorable blockchain technology. The transfer of ideas, information, data, methodology, contacts and resources can be revolutionised through the Ethereum Mainnet. Combined with the talent and innovation that is seen every day in the Ethereum community, DeSciWorld hopes to see new life flourish across the world of Science.
Alongside facilitating free and fair information exchange, DeSciWorld hopes to bring research to life through the amalgamation of art and science. By reinterpreting the visual data produced from scientific research, information from each discipline is viewed anew and exploration is encouraged as a result of the exchange.
Mechanomorphogenesis
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Mechanomorphogenesis
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Bacteria are able to move around by propelling themself forward in liquid environments but can also settle down on surfaces and form biofilms. Biofilms are surface-associated bacterial communities containing bacteria that adhere to each other embedded in a self-manufactured matrix. Biofilms can develop spectacular patterns driven by forces od mechanical instability and interfacial energy that builds up within the organic structure if one layer grows faster than an adjacent layer. This stress is released by the formation of wrinkling, folding or creasing and even lead to small parts to detach from the substrate to form blisters. A fantastic interplay of mechanical forces and organic growth leads to mesmerising biostructures that form surprising concentric and symetric patterns.
DeSciWorld’s vision is to create a vibrant ecosystem that supports scientific communities from around the world by utilising decentralised and uncensorable blockchain technology. The transfer of ideas, information, data, methodology, contacts and resources can be revolutionised through the Ethereum Mainnet. Combined with the talent and innovation that is seen every day in the Ethereum community, DeSciWorld hopes to see new life flourish across the world of Science.
Alongside facilitating free and fair information exchange, DeSciWorld hopes to bring research to life through the amalgamation of art and science. By reinterpreting the visual data produced from scientific research, information from each discipline is viewed anew and exploration is encouraged as a result of the exchange.
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