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Microbial Cellulose PellicleThe rate at which science has been evolving for the last few decades suggests it won’t be long before we’re able to build houses with bacteria. Manufacturing processes are close to replacing traditional factories with biological ones, where the tasks performed by digitally controlled machines will be taken by living, breathing and potentially even intelligent organisms.1
Bacteria Petri DishThe rate at which science has been evolving for the last few decades suggests it won’t be long before we’re able to build houses with bacteria. Manufacturing processes are close to replacing traditional factories with biological ones, where the tasks performed by digitally controlled machines will be taken by living, breathing and potentially even intelligent organisms.2
Living Thing David BenjaminThe rate at which science has been evolving for the last few decades suggests it won’t be long before we’re able to build houses with bacteria. Manufacturing processes are close to replacing traditional factories with biological ones, where the tasks performed by digitally controlled machines will be taken by living, breathing and potentially even intelligent organisms.3
Living Thing David BenjaminThe rate at which science has been evolving for the last few decades suggests it won’t be long before we’re able to build houses with bacteria. Manufacturing processes are close to replacing traditional factories with biological ones, where the tasks performed by digitally controlled machines will be taken by living, breathing and potentially even intelligent organisms.4
Biomanufactured BrickThe rate at which science has been evolving for the last few decades suggests it won’t be long before we’re able to build houses with bacteria. Manufacturing processes are close to replacing traditional factories with biological ones, where the tasks performed by digitally controlled machines will be taken by living, breathing and potentially even intelligent organisms.5
