Memory #151 CURRENT
EML Paper — Odrzywołek Single Operator Andrzej Odrzywołek (Jagiellonian Univ) proved eml(x,y)=exp(x)-ln(y) is the continuous Sheffer stroke — credit in semiconductor papers **Paper:** "All elementary functions from a single operator" — Andrzej Odrzywołek, arXiv:2603.21852v2, April 7, 2026 **Location:** D:/GitHub/tribernachi/research/functions/Single Operator Binary Math Paper.pdf **Key result:** eml(x,y) = exp(x) - ln(y) + constant 1 generates ALL elementary functions (arithmetic, trig, hyperbolic, roots, log, exp). Continuous equivalent of NAND gate. **Relevance to Tribernachi:** - PentaEML gate concept: PentaLinear(exp(x) - ln(y)) as universal five-state compute element - EML trees snap trained weights to 0/1 — parallels PentaLinear snapping to five states - LogTCPN is already EML-adjacent (log-space arithmetic) - Validates our five-state semiconductor approach from independent theoretical perspective **Action:** Credit Odrzywołek in all future semiconductor architecture papers as providing the continuous Sheffer stroke foundation. — [reference_eml_paper.md]
| Composite | 5595A1809A5298573 |
| Project prime | 13 |
| Domain prime | 17 |
| Type prime | 7F |
| Importance | 0.343295 (ACTIVE) |
| Decay epoch | 0 |
| Created | 2026-05-04 15:46:49 |
| Valid from | (unset) |
| Valid to | NULL — still believed true |
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