Convert LaTeX to Wiki

Why Convert LaTeX to MediaWiki?

Converting LaTeX documents to MediaWiki format opens academic and scientific content to the collaborative web. Wikipedia, the world's largest encyclopedia, runs on MediaWiki, and thousands of organizations use it for internal knowledge bases. By converting your LaTeX papers to wiki markup, you make research findings accessible to a global audience that can read, discuss, and build upon your work.

MediaWiki's math extension renders LaTeX equations natively using <math> tags, which means your mathematical notation transfers remarkably well. Unlike most markup formats, wiki syntax preserves the core value of LaTeX for scientific content: the ability to display complex formulas. Inline equations, display equations, and even multi-line derivations can be represented accurately in MediaWiki output.

The collaborative nature of wiki platforms makes them ideal for living documents that evolve over time. A published LaTeX paper is static, but a wiki article can be updated with new findings, corrections, and related work by the broader community. Converting to wiki format transforms a finished publication into a starting point for ongoing knowledge development.

Many universities, research labs, and technology companies maintain internal wikis for documentation and knowledge sharing. Converting LaTeX course materials, lab procedures, and technical specifications into wiki format integrates this content into organizational knowledge management systems where it can be searched, linked, and collaboratively maintained.

Key Benefits of Converting LaTeX to Wiki:

• Wikipedia Publishing: Share research on the world's most-read encyclopedia
• Math Preservation: LaTeX equations render natively in MediaWiki via <math> tags
• Collaborative Editing: Enable community contributions and peer review
• Cross-Linking: Connect content to related articles and resources
• Version History: Automatic tracking of all changes and revisions
• Instant Publishing: No compilation step needed to share content
• Knowledge Management: Integrate into organizational wiki systems

Practical Examples

Example 1: Research Paper Section

Input LaTeX file (paper.tex):

\section{Quantum Entanglement}

Quantum entanglement occurs when
particles become \textbf{correlated}
such that the quantum state of one
cannot be described independently.

\subsection{Bell's Theorem}
Bell proved that no \textit{local
hidden variable} theory can reproduce
all predictions of quantum mechanics.

The Bell inequality states:
\[ |S| \leq 2 \]

Output Wiki file:

== Quantum Entanglement ==

Quantum entanglement occurs when
particles become '''correlated'''
such that the quantum state of one
cannot be described independently.

=== Bell's Theorem ===

Bell proved that no ''local
hidden variable'' theory can reproduce
all predictions of quantum mechanics.

The Bell inequality states:
: <math>|S| \leq 2</math>

Example 2: Table with References

Input LaTeX file (data.tex):

\begin{table}[h]
\caption{Comparison of Algorithms}
\begin{tabular}{|l|c|c|}
\hline
Algorithm & Complexity & Year \\
\hline
Dijkstra & $O(V^2)$ & 1959 \\
A* Search & $O(b^d)$ & 1968 \\
Bellman-Ford & $O(VE)$ & 1958 \\
\hline
\end{tabular}
\end{table}

Output Wiki file:

{| class="wikitable"
|+ Comparison of Algorithms
|-
! Algorithm !! Complexity !! Year
|-
| Dijkstra || <math>O(V^2)</math> || 1959
|-
| A* Search || <math>O(b^d)</math> || 1968
|-
| Bellman-Ford || <math>O(VE)</math> || 1958
|}

Example 3: Course Material with Lists

Input LaTeX file (course.tex):

\section{Prerequisites}

\begin{enumerate}
  \item Linear Algebra (MATH 201)
  \item Probability Theory (STAT 301)
  \item Programming in Python
\end{enumerate}

\section{Learning Outcomes}

\begin{itemize}
  \item Understand supervised learning
  \item Implement neural networks
  \item Evaluate model performance
\end{itemize}

Output Wiki file:

== Prerequisites ==

# Linear Algebra (MATH 201)
# Probability Theory (STAT 301)
# Programming in Python

== Learning Outcomes ==

* Understand supervised learning
* Implement neural networks
* Evaluate model performance

Frequently Asked Questions (FAQ)

Q: What is MediaWiki markup?

A: MediaWiki markup is the formatting syntax used by Wikipedia and thousands of other MediaWiki-powered sites. It uses symbols like == for headings, ''' for bold, '' for italic, and * for bullet lists. It is designed to be straightforward enough for anyone to learn while supporting complex layouts including tables, references, and templates.

Q: Will my LaTeX equations work in MediaWiki?

A: Yes, MediaWiki supports LaTeX math notation through <math> tags. Wikipedia and most wiki installations render these equations using a LaTeX backend. Both inline and display equations are supported. Complex multi-line equations, matrices, and aligned derivations translate well to wiki <math> blocks.

Q: Can I publish the output directly on Wikipedia?

A: The converted output uses standard MediaWiki syntax fully compatible with Wikipedia. However, Wikipedia has specific notability guidelines, citation requirements, and a Manual of Style. You may need to adjust the article structure, add reliable source citations, and ensure the content meets Wikipedia's editorial standards before publishing.

Q: How are LaTeX citations converted?

A: LaTeX \cite commands are converted to MediaWiki <ref> tags. Bibliography entries can be formatted using wiki citation templates. For best results on Wikipedia, consider converting references to {{cite journal}} or {{cite book}} template format, which provides standardized citation rendering.

Q: What about LaTeX tables?

A: LaTeX tabular environments are converted to MediaWiki table syntax using the pipe-based notation. Column alignments, header rows, and caption text are preserved. The resulting wiki tables can be further styled with CSS classes like "wikitable" or "sortable" for enhanced presentation on wiki platforms.

Q: Are custom LaTeX macros handled?

A: Standard LaTeX commands are fully supported. Custom macros defined with \newcommand or \def are expanded if their definitions are included in the source document. Very complex or unusual macros may require manual adjustment in the wiki output. Common academic package commands (amsmath, amsthm, etc.) are recognized.

Q: Can I convert wiki markup back to LaTeX?

A: Yes, tools like Pandoc support bidirectional conversion between LaTeX and MediaWiki. Our service also offers Wiki to LaTeX conversion. However, information added in the wiki (such as internal links and categories) may not have direct LaTeX equivalents and would need manual handling.

Q: How are cross-references handled?

A: LaTeX \label and \ref cross-references are converted to MediaWiki internal links or anchor references. Section references become links to the corresponding heading. Figure and table references are converted to appropriate wiki link syntax, though the exact format may need adjustment for your specific wiki installation.