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[[Martin howse's circuit|Martin Howse's circuit]] (including Arduino code) | [[Martin howse's circuit|Martin Howse's circuit]] (including Arduino code) | ||
===Patches=== | ====Patches==== | ||
*[[File:analog-to-dimmer.ino]] | *[[File:analog-to-dimmer.ino]] | ||
*[[File:analog-to-dimmer.maxpat]] | *[[File:analog-to-dimmer.maxpat]] | ||
Latest revision as of 13:59, 24 October 2023
Project
SelfPleasure by Nicolas Krewer
"Examining organisms’ experiences and stimulation, SelfPleasure explores the speculative and philosophical perspective of organisms’ feelings. The slime mold, Physarum polycephalum, despite stimulating itself in this experiment, didn’t even grant consent. The interface records the organism’s bioelectric potential oscillation, generating an audible signal in real time. This sound is subsequently fed back to the organism, creating a feedback loop of self-interaction and immediate signal exchange with the computer." Source: http://non-machines.eu/nicolas-krewer-selfpleasure-2/
SelfPleasure: https://vimeo.com/754469185
Tech part
Martin Howse's circuit (including Arduino code)
Patches
Assignment
Think of possible loop settings between a machine and non-machine; make a couple of drawings