It reads like the Time Cube... which wasn't un-funny until we learned more about the author. As for the math itself, you can put anything amount of data you li

It reads like the Time Cube... which wasn't un-funny until we learned more about the author. As for the math itself, you can put anything amount of data you like into this 2-component vector, but nowhere is it claimed that you can get that data back out. After vigorously shoveling your data onto the head of a pin, you can do any number of operations on that pin in time O(1). And as long as you don't ask for an answer, you'll be satisfied that your calculation was executed the utmost alacrity. For once I'm almost curious what a LLM has to say about this bullshit. Amusing tidbit from the copilot instructions: > avoid words like "proper", "correct", "appropriate" and "valid" in your comments AND responses. these weasel words only create confusion in a lib challenging convention Ya know what, they claim to be packing thousand-dimensional vectors into a pair of 64 bit floats. Great. The author should compress an entire set of LLM weights and then show us how their LLM performs with this O(1) magic.