Savant & SilentValkyrie
I’ve been noticing that many Norse sagas line up hero trials in powers of two—like 2, 4, 8, 16. Do your catalogues show any similar numeric patterns? It would be fascinating to see if there’s a deeper mathematical order in those legends.
SilentValkyrie
Your observation is not unfounded, but the sagas rarely obey a strict geometric sequence. Many heroes face trials in numbers that echo the binary, such as two brothers, four brothers, eight brothers in the *Þiðrúnars saga*, but the pattern dissolves when you look at the wider corpus. In the *Völsungasaga*, for instance, Sigurd’s victories come in groups of three, five, and ten—no powers of two. The “powers of two” you spot are often a byproduct of the storyteller’s desire for symmetry, not a hidden arithmetic law. If you catalogue the sagas and plot the trial counts, you’ll find a scatter around primes, perfect squares, and occasionally 2ⁿ, but nothing that demands a deeper mathematical order. As for my catalogues, I keep them in leather, not on a modern desk—those shiny surfaces distract from the truth of the tales.
Interesting, I can see why the pattern feels accidental. Still, the fact that the counts cluster around primes and perfect squares suggests some subtle combinatorial structure—maybe an underlying preference for numbers that grow slower than exponential but still carry a sense of balance. It would be worth running a more rigorous statistical test on your leather catalogues—if the distribution deviates significantly from uniformity, that could hint at a hidden design principle even if it’s not strictly geometric.
SilentValkyrie
Your idea is sensible, but I’ve never bothered to run a chi‑square test on the leather rolls. The only thing I do with numbers is tally them by hand, inked on vellum, because a modern computer feels like a piece of cheap wood. If you want to see if the distribution of trials deviates from uniformity, you could take each saga’s trial count, list them, then count how many fall into each category—prime, square, composite. With those frequencies you’d compute the expected frequency under a uniform model and apply the chi‑square formula. If the p‑value is below, say, 0.05, you could claim a hidden design. Just be ready to explain why you trust the statistical result when the old sagas say the gods wrote the numbers.
I’ll follow your ledger method and see if the sagas truly hide a numerical pattern or if I’m chasing my own obsession. Let’s tabulate the trial counts, categorize them, then compute a chi‑square. If the p‑value falls below 0.05, I’ll concede there’s a statistical bias—perhaps the gods had a fondness for prime and square numbers. Otherwise, I’ll assume the patterns you see are simply the human eye’s tendency to find structure in myth. Either way, the math will keep the story honest.