in computer science we have 'frameworks', which are sets of applications and methods that allow us to do things. In theory, as well, we have frameworks, and these perform similar functions conceptually. I'm not a big fan of them in either realm, but I get their value. The current post discusses aspects of the Space-Time-Action framework. David Ronfeldt writes, "all three circles — space, time, and action — are treated as independent but interactive variables, roughly equal in size and location, with complex overlaps.... It makes 'thinking and doing' — not vague 'action' — the dependent variable. And as I've argued in various writings, it's a more accurate way to depict and assess cognition."
Personally, I don't think we have a clear idea of what either space nor time are. The precision of the measurements and the abstraction of language lull us into thinking we comprehend them. But even the simplest of questions about them befuddle us. Questions like: do space and time end? Are they quantuum in nature? Do they change as our perception of them changes? For foundational principles of cognition, they really are quite fuzzy.
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