Never running out of new. Below, everything that touches this field, including pieces that live mostly in neighboring territory.
Open-endedness represents perhaps the most profound challenge in computational science: how do systems transcend their initial constraints to generate genuinely novel, complex, and meaningful structures? This…
Open-endedness has emerged as a fundamental concept across multiple computational domains, representing systems' capacity for continuous novelty generation, unbounded complexity growth, and non-convergent…
Open-endedness represents one of the most profound and elusive concepts in computational science, spanning domains from artificial life to creative systems. Rather than focusing on specific algorithms, this…
Gordon Pask's electrochemical devices represent one of the most remarkable achievements in cybernetics and early artificial life research. Between the 150s and 160s, Pask constructed genuinely self-organizing…
Gordon Pask's electrochemical devices from the 150s and 160s are entirely unique in AI history because they challenged conventional computational orthodoxy by demonstrating that complex intelligence,…
Based on the handwritten notes in the image, the text is organized into a large mind map titled "The Future Belongs to Curators". Here is a detailed extraction of all the notes, grouped by their apparent…
Wow, I find myself agreeing with Stephen Wolfram much more than I expected! It is also possible, as I am almost certain he would argue, that I fully misunderstood his points. But I think he nails it on many…
One irregular dispatch when a new piece lands: notes on AI, evolution, complexity, and the biology of discovery. No noise.
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