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> Multiple studies have found statistical patterns that can be modeled through mathematical functions. For conditions that don't generalize. If it would be a
by tgv 2y ago
> Multiple studies have found statistical patterns that can be modeled through mathematical functions.
For conditions that don't generalize. If it would be a "mathematical law", spaced repetition would not work, because the retention time would be that of the last presentation. So, we've got some exception. Interference, reinforcement and generalization are another known influences.
Psychology doesn't have a good model of how memory works, whereas there are fairly detailed approximations to model the behavior of e.g. gases. So it isn't mathematics, and it doesn't approach the standards of physics.
And that's also part of what's wrong with cogsci. It has held physics too long as the standard to emulate.
- rmbyrro 2y agoIf you study modern physics, you'll be surprised by how much uncertainty there is. Thankfully, uncertainty is not an obstacle for acquiring useful knowledge. Not in physics, not in cognitive science. I understand your skepticism, but you're missing out on a LOT of very useful advancements in our understanding of the brain and mind, despite all uncertainty that still remains.