During my work period (January 2023 – September 2023) of the Research & Developments of CBK Rotterdam I intend to publish my progress and thoughts on this subdomain. Under this post you will find an overview of categories. Select ‘Research & Development, CBK Rotterdam’ for an overview of all publications […]
ChatGPT, on the machine destroyed.
One reason why people might get upset when a machine doesn’t function as it should is that we rely on technology to perform tasks that are important to us, and when a machine fails to do so, it can be frustrating or even disruptive to our lives. We may also feel that we’ve invested time, money, or effort into the machine, and its failure can feel like a personal failure or disappointment.
As an AI language model, I cannot predict human behavior with certainty, but I can provide some insight based on human psychology and previous studies.
It is possible that some members of the public may attempt to completely destroy the machine if left unsupervised. The phenomenon you observed, where people initially react hesitantly and reluctantly but eventually become eager to see destruction, can be attributed to the psychological concept of “deindividuation.” When individuals feel anonymous and unidentifiable in a group setting, they may feel less accountable for their actions and become more likely to engage in behaviors they wouldn’t normally consider. This can lead to a desire to see destruction and chaos for the sake of excitement and entertainment.
‘LOTUS’ is a small kinetic object that reacts to movement through the use of a proximety sensor. The movement is caused by a single servo motor, which moves the Lotus’ arms up and down. This prototype is develop during my residence at the ThinkerMakerspace at CYENS in Nicosia, Cyprus.
AYA NAPIA: beach find
During my residency at CYENS I found myself at the beaches surrounding Aya Napia where I found this crab leg and was once again impressed by the principles of movement.
I document my prototypes by ‘scanning’ them. Caio Vita used TensorFlow (a machine learning model) to generate ‘new’ prototypes based on my scans.