The best kind of absurd experiment, pushing the limits of technology and reason, just to see if it can be done. The adventurous spirit of "What if?" and "Why not!" I love when such an idea is implemented seriously, like having a CI action to test a factorial function. I shudder at its monstrous beauty.
Is there a spark of practical potential? It's intriguing to imagine, how a Docker-like container could be a language primitive, as easy to spin up like a new thread or worker. Not sure what advantage that'd bring, or any possible use case. It reminds me of..
2.1 Xappings, Xets, and Xectors
All parallelism in Connection Machine Lisp is organized around a data structure known as the zapping (pronounced “zapping,” and derived from “mapping”). Xappings are data objects similar in structure to arrays or hash tables, but they have one essential characteristic: operations on the entries of xappings may be performed in parallel.
well, sure, that uses a large number of processing cycles for each small operation. But asking a frontier LLM to evaluate a lisp expression is more or less on the same scale (interesting empirical question whether it's more or less). And, if we count operations at the brain neuron level it would take to evaluate one mentally....
Is there a spark of practical potential? It's intriguing to imagine, how a Docker-like container could be a language primitive, as easy to spin up like a new thread or worker. Not sure what advantage that'd bring, or any possible use case. It reminds me of..
Thinking Machines Technical Report PL87-6. Connection Machine Lisp: A Dialect of Common Lisp for Data Parallel Programming. https://archive.org/details/tmc-technical-report-pl-87-6-con...https://github.com/a11ce/docker-lisp/actions/runs/2216831271...
500+ container invocations to compute factorial(3)