Numerical Patterns and Orthography in the Qur'an: Why Early Scripts Matter

Overview This publication presents a reproducible method for applying Gematrical (Abjad) values to Arabic letters with attention to early Qur’anic orthography. Drawing on witnesses such as the Birmingham Qur’an manuscript (undotted, unvocalized, and without systematic hamza seats), the article argues that numerical analyses must honor the original script conventions. Method & Policy (abridged) Orthography baseline: undotted (no iʿjām), no ḥarakāt, hamza seats not systematic. Hamza policy: hamza (ء) is not treated as a separate letter; when present it is taken as a short alif = GV 1. Abjad scheme: classical أ = 1 … غ = 1000. Computation: normalize to base letters, apply the Abjad map, and sum. Conventions are stated for replication. Contents of this PDF Article: Numerical Patterns and Orthography in the Qur’an: Why Early Scripts Matter (Version 1.0). Table A: Classical Abjad (gematrical) sequence with Unicode code points. Table B: Modern alphabetical (هجائي) sequence with Abjad values and Unicode. Notes Result pointer: A separate article documents the verse-level count غ = 1,221 and the compact identity for Q 74:30 (sum = 1,221). Author’s designation: Messenger of Allah (declared by the author). Typesetting: Arabic examples use Uthmānī orthography; transliteration uses a simple scholarly scheme (sh, kh, dh, gh; emphatics ḥ/ṣ/ḍ/ṭ/ẓ). How to cite How to Cite This Article:Ahmed, M. (2025). Numerical Patterns and Orthography in the Qur'an: Why Early Scripts Matter. Journal of Submitters, 1(1). Zenodo. https://doi.org/10.5281/zenodo.17344249 Journal Homepage:Journal of Submitters. (2025). Zenodo. https://zenodo.org/communities/journal-of-submitters Keywords: Qur’an; Abjad; gematria; Arabic letters; orthography; hamza; Unicode; digital humanities; reproducibility