000			02013nmm a22002777a 4500
003			ES-BaAUN
005			20230426224617.0
008			221102b ||| |o||j| 00| 0 eng d
022			_a2575-5374
040			_aES-BaAUN _beng _cES-BaAUN
100	1		_aSafieddine, Firas _eauthor.
245	1	1	_aElectrical Ecologies II
260	3		_burbanNext, _cNovember 27, 2020.
300			_a3156 words.
500			_aEssay, Firas Safieddine, No Density, Senseable Technologies, Technology and fabrication
501			_aAdaptive system, Artificial intelligence, Automation, Biological structures, Biological technologies, Biophilic, Challenge, Coding, Communication, Control, Creativity, Culture, Data, Design, Dynamic processes, Ecology, electricity, Essay, Flexibility, Global scale, Humanity, Information, Internet of things, Living system, Media, Neuroscience, New Ecologies, Planetary models, Psychology, Reconstruction, Relational space, Responsive technologies, Sensing
504			_aRead the first part at Electrical Ecologies.
520			_aThis text aims to illustrate a multiscalar validity of the main umbrella term presented, Electrical Ecologies, by going through several fundamental ideas and introducing terms that are central to conceiving the topic. Electrical Ecologies (EE) operate at the smallest scale unit (the electric) to maintain a unified approach to understanding and operating at the scale of the plaorg. Due to that nature, and because it is a plural term, ecologies vary in size and structure, and hence form “sub-ecologies” and more general ones. The multiscalar validity is meant to demonstrate how this type of operation could happen at various scales, from the microscopic to the urban, and beyond.
653			_aMultiscalar validity
653			_aElectrical Ecologies
653			_aMicroscopic Scale
653			_aUrban Scale
653			_aMultiscalar Operation
856	4	0	_uhttps://urbannext.net/electrical-ecologies-ii/ _zAccess to info
942			_2ddc _cCF _n0
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