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empirical-philosophy
A collection of empirical experiments using large language models and other neural network architectures to test the usefulness of metaphysical constructs.
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Proper prompt engineering would likely involve finding emergent properties like this:
https://github.com/dair-ai/Prompt-Engineering-Guide/blob/mai... (this is claimed, not proven)
It only seems like a trick until enough papers get written about these kinds of findings.
I've been developing a methodology around prompt engineering that I have found very useful:
https://github.com/williamcotton/empirical-philosophy/blob/m...
A few more edits and it's ready for me to submit to HN and then get literally no further attention!
Using the terminology that I'm working with this is an example of a second-order analytic augmentation!
Here's another approach of second-order analytic augmentation, PAL: https://reasonwithpal.com
And third-order, Toolformer: https://arxiv.org/abs/2302.04761
The difference isn't in what is going on but rather with framing the approach within the analytic-synthetic distinction developed by Kant and the analytic philosophers who were influenced by his work. There's a dash of functional programming thrown in for good measure!
I have scribbled on a print-out of the article on my desk:
Nth Order