The Riemann Gaps in Cuneiform and Animal Speech
Year: 2026
Type: preprint
Abstract: The oldest written accounts, the proto-cuneiform tablets from Uruk (about 3200 BCE), are mostly counting records. This paper gives each of the 60 commonest signs a note from the patterns sand makes on a vibrating plate, so each tablet becomes a short tune, and puts the gaps between the Riemann zeros on the same plate. What holds: The scribes’ counting (the ten, then its units, then the thing counted) makes a see-saw on the plate: −0.40 from step to step, the same as the zeros’ gaps (−0.40), against −0.30 when the signs are shuffled. It holds under all 200 random sign-to-plate maps tried, reaches two steps deep, and matches the zeros of L-functions more closely than random-matrix spacings or prime gaps. In animals and people, the gaps between sounds carry a real share of the message: about a fifth in read English speech, about half in birds, humpbacks, bats and dolphins, and most of the who-is-calling signal in sperm whales. Timing slips change what comes next and name the speaker. All 662 tests in the full workings are counted together under a Holm correction; 383 stand at 0.01, including the see-saw on every run. Every result is sorted into three boxes: what holds, what went the other way and told us something, and what told us nothing either way. The scripts reproduce every number. Written with Claude (Anthropic) as a writing and analysis aid; the author checked every result.
Author: Ibbotson, James Norman
Language: English
Subfield: Algebra and Number Theory
Field: Mathematics
Domain: Physical Sciences
Open Access status: green
OpenAlex ID: W7225574954