Wicked Neuroarchitecture: Reciprocity, Shapeshifting Problems and a Case for Embodied Knowledge/
Zisch, Fiona
Wicked Neuroarchitecture: Reciprocity, Shapeshifting Problems and a Case for Embodied Knowledge/ - Wiley, 2020. - Vol 90, Issue 6, 2020:( 118-127 p.).
Wicked problems are difficult or impossible to solve because of incomplete, changing or even contradictory conditions. Both architecture and neuroscience work on wicked problems as a matter of course. The utilisation of evidence-based design by some neuroarchitecture researchers implies that architecture is subservient to neuroscience, simply a matter of designing brain impulses. Fiona Zisch, lecturer in architecture and a neuroarchitecture researcher based in London and Innsbruck, suggests otherwise.
Wicked Neuroarchitecture: Reciprocity, Shapeshifting Problems and a Case for Embodied Knowledge/ - Wiley, 2020. - Vol 90, Issue 6, 2020:( 118-127 p.).
Wicked problems are difficult or impossible to solve because of incomplete, changing or even contradictory conditions. Both architecture and neuroscience work on wicked problems as a matter of course. The utilisation of evidence-based design by some neuroarchitecture researchers implies that architecture is subservient to neuroscience, simply a matter of designing brain impulses. Fiona Zisch, lecturer in architecture and a neuroarchitecture researcher based in London and Innsbruck, suggests otherwise.