LinkedIn LaTeX Renderer

LinkedIn LaTeX Renderer

ID: efihopoapeoinfccmhnkmlmamhhjllkh

Supported Languages

🇺🇸English

Extension Info & Metadata

Status
Active
Version
1.3
Size
0.95 MB
Rating
5.0/5
Reviews
1
Users
23
Type
Extension
Updated
Jan 24, 2026
Category
Tools
Price
Free
Featured
No
Visibility
Listed
Mature
No
By Google
No
Trusted
No

Publisher Contextual Analysis

Author
dmitsiosView Profile
Country
GR
MX records exist
Yes
Domain exists
Yes
Is disposable
No
Is role-based
No
Mailbox exists
Yes
Address
Panepismiou 17 Pedini Ioannina 45500 GR
Website
Visit
Total Extensions
1
Active
1
Obsolete
0
Listed
1
Unlisted
0
Total Users
23

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Screenshot 1

Automatically render LaTeX code into beautiful math equations and formulas within your LinkedIn feed and comments. Bring…

Automatically render LaTeX code into beautiful math equations and formulas within your LinkedIn feed and comments. Bring Mathematics to Life on LinkedIn! The LinkedIn LaTeX Renderer is a lightweight and ultra-fast tool designed for scientists, engineers, academics, and students who want to share and read technical content on LinkedIn without the clutter of raw LaTeX code. LinkedIn doesn't natively support math formatting. This extension bridges that gap, transforming raw syntax like $E=mc^2$ into elegant, professional-grade mathematical notation. 🚀 Key Features: Automatic Rendering: Instantly detects LaTeX code wrapped in dollar signs ($inline$ or $$display$$) and converts it. Blazing Fast: Powered by KaTeX, the fastest math typesetting library on the web. Seamless Integration: Works perfectly on your main feed, individual posts, comments, and articles. Infinite Scroll Support: Automatically renders new posts as you scroll down the page. Privacy-Focused: All processing happens locally in your browser. No data is collected, stored, or transmitted. 🛠 How to Use: Install the extension. Refresh your LinkedIn page. Any post containing LaTeX (e.g., $\sum_{i=1}^{n} x_i$) will now appear as a beautifully rendered equation. Why use this? Whether you are sharing quantum physics insights, machine learning algorithms, or engineering formulas, the LinkedIn LaTeX Renderer ensures your audience sees your work exactly as it was meant to be seen.

Extracted Data

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URLs
4
IPv4
0
IPv6
0

URLs

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www.w3.org/2000/svghttp://www.w3.org/2000/svg
www.w3.org/1998/Math/MathMLhttp://www.w3.org/1998/Math/MathML
clients2.google.com/service/update2/crxhttps://clients2.google.com/service/update2/crx
www.linkedin.com/*https://www.linkedin.com/*

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No IP addresses found

Version History

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