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Lasse Leponiemi

Chairman, The HundrED Foundation
first.last@hundred.org

NOME v55

place Algeria

Editable multilingual scientific documents powered by AI

NOME v55 solves the challenge of creating reliable scientific and mathematical documents in Arabic and English, especially when content mixes right-to-left and left-to-right text, complex equations, matrices and numbering. It converts this content into genuine editable DOCX files with native OMML equations, avoiding broken formatting and image-based math. The result is faster, cleaner and fully ed

Overview

Information on this page is provided by the innovator and has not been evaluated by HundrED.

Updated August 2026
Created by

NOME v55

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2025

Established

1

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Community
Target group
The long-term goal of NOME v55 is to make multilingual scientific and mathematical content creation as reliable and editable as ordinary writing. I want educators, schools, publishers and researchers to be able to produce high-quality documents in Arabic, English and other languages without broken formatting, image-based equations or unusable Word files. The change I hope to see is a future where students, parents and teachers can access clearer, faster and more accurate mathematics resources, and where scientific content remains fully editable from creation to sharing. NOME is designed to become a reusable engine that can support many educational systems, and to help make multilingual education more inclusive, efficient and scalable.

About the innovation

Why did you create this innovation?

I created NOME v55 because creating scientific and mathematical documents in more than one language is still unnecessarily difficult. When Arabic and English are mixed with equations, numbering, matrices and cases, most tools break formatting, flatten math into images, or produce Word files that cannot be edited properly. NOME was built to solve this by making multilingual scientific document creation reliable, editable and fast for educators, publishers and researchers.

What does your innovation look like in practice?

In practice, a user can paste or generate multilingual mathematical content, including Arabic, English, right-to-left and left-to-right text, equations, matrices, cases and numbering. NOME processes the content and outputs a genuine editable DOCX file with native OMML equations that can be opened and modified in Microsoft Word. The result is a clean, professional scientific document that preserves structure and remains fully editable.

How has it been spreading?

NOME v55 is currently spreading through direct development, testing and integration into the Yaqeen ecosystem. It has been validated on multilingual mathematical document scenarios and is being prepared for wider use among educators, schools, publishers and researchers. The project is still early and has not yet scaled commercially, but it is already designed as a reusable engine that can be adopted across different educational and content-creation workflows.

How have you modified or added to your innovation?

Over time, I have expanded NOME from a document-processing idea into a more complete scientific document engine. I added support for Arabic and English, mixed right-to-left and left-to-right layouts, complex equations, matrices, cases, numbering and editable OMML output. I also improved its integration potential so it can support Yaqeen as well as other educational and publishing contexts.

If I want to try it, what should I do?

To try NOME v55, open or create multilingual scientific content that includes Arabic or English text and mathematical notation. Then process it through NOME to generate an editable DOCX file with native equations. The file can be opened in Microsoft Word, where users can inspect, edit and reuse the content without losing formatting or mathematical structure.

Implementation steps

Enter multilingual content
The user opens NOME v55 and enters scientific or mathematical content that may include Arabic, English, right-to-left and left-to-right text, equations, matrices, cases, and numbering.
Review and process the content
The user checks the text, layout, and mathematical notation, then confirms the content for processing.
Generate the editable DOCX file
NOME v55 converts the multilingual content into a genuine editable DOCX file with native OMML equations and preserved layout.
Open the file in Word
The user opens the generated DOCX file in Microsoft Word to verify that the text, equations, numbering, and layout remain fully editable.
Reuse the document
The user edits, shares, prints, or reuses the final document for teaching, publishing, assessment, or research.