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---
title: "Bringing paper to life:\n A modern template for\n scientific writing
"
subtitle: "A modern, MDX-first research article template with math, citations and interactive figures."
description: "A modern, MDX-first research article template with math, citations and interactive figures."
authors:
- "Thibaud Frere"
affiliation: "Hugging Face"
published: "Sep. 01, 2025"
tags:
- research
- template
ogImage: "/thumb.jpg"
---
import HtmlEmbed from "../components/HtmlEmbed.astro";
import Wide from "../components/Wide.astro";
import FullWidth from "../components/FullWidth.astro";
import { Image } from 'astro:assets';
import placeholder from "./assets/images/placeholder.png";
import audioDemo from "./assets/audio/audio-example.wav";
import Sidenote from "../components/Sidenote.astro";
import visualPoster from "./assets/images/visual-vocabulary-poster.png";
import BestPractices from "./chapters/best-pratices.mdx";
import WritingYourContent from "./chapters/writing-your-content.mdx";
import AvailableBlocks from "./chapters/available-blocks.mdx";
import GettingStarted from "./chapters/getting-started.mdx";
<Sidenote>
Welcome to this single‑page **research article template**. It helps you publish **clear**, **modern**, and **interactive technical writing** with **minimal setup**. Grounded in **web‑native scholarship**, it favors **interactive explanations**, careful notation, and **inspectable examples** over static snapshots.
It offers a **ready‑to‑publish, all‑in‑one workflow** so you can **focus on ideas** rather than infrastructure.
<Fragment slot="aside">
Reading time: 2025 minutes.
</Fragment>
Use it as a **practical baseline**: **start simple**, **iterate** on structure and style, and keep content **maintainable** for future readers and collaborators.
</Sidenote>
#### Features
<Sidenote>
<div className="tag-list">
<span className="tag">Markdown based</span>
<span className="tag">KaTeX math</span>
<span className="tag">Syntax highlighting</span>
<span className="tag">Citations & footnotes</span>
<span className="tag">Automatic build</span>
<span className="tag">Table of content</span>
<span className="tag">Dark theme</span>
<span className="tag">HTML fragments</span>
<span className="tag">Plotly ready</span>
<span className="tag">D3.js ready</span>
<span className="tag">SEO Friendly</span>
<span className="tag">Mermaid diagrams</span>
<span className="tag">Lightweight bundle</span>
<span className="tag">Mobile friendly</span>
<span className="tag">Optimized images</span>
<span className="tag">Automatic PDF export</span>
<span className="tag">Dataviz color palettes</span>
<span className="tag">Embed gradio apps</span>
</div>
<Fragment slot="aside">
If you have questions or remarks open a discussion on the <a href="https://huggingface.co/spaces/tfrere/research-blog-template/discussions?status=open&type=discussion">Community tab</a>!
</Fragment>
</Sidenote>
## Introduction
The web affords explanations that static PDFs cannot: **reactive diagrams**, progressive notation, and exploratory views that reveal how ideas behave. Use **interactive fragments** so readers can hover, scrub, and inspect—building **intuition** rather than merely reading results.
Precise notation, thoughtful visual encodings, and small, **manipulable experiments** deepen understanding. Treat these artifacts as **first‑class** alongside text, math, and code to help readers grasp mechanisms, limits, and trade‑offs.
Not every contribution fits a PDF. Treat demos, visualizations, and interactive write‑ups as scholarship: cite and version them, and ship clear, inspectable examples that expose intermediate states and link to sources so readers can verify and reproduce results.
This project is heavily inspired by [**Distill**](https://distill.pub) (2016–2021), which championed clear, web‑native scholarship.
{/* ### Notable examples of excellent scientific articles
A short, curated list of well‑designed and often interactive work:
- **Distill — The Building Blocks of Interpretability**: [distill.pub/2018/building-blocks](https://distill.pub/2018/building-blocks/)
- **R2D3 — A Visual Introduction to Machine Learning (Part 1)**: [r2d3.us/visual-intro-to-machine-learning-part-1](http://www.r2d3.us/visual-intro-to-machine-learning-part-1/)
- **Seeing Theory — An interactive introduction to probability and statistics**: [seeing-theory.brown.edu](https://seeing-theory.brown.edu/)
- **ConvNetJS — Neural networks in the browser**: [cs.stanford.edu/people/karpathy/convnetjs](http://cs.stanford.edu/people/karpathy/convnetjs/)
- **Explorable Explanations — Collection**: [explorableexplanations.com](http://explorableexplanations.com/)
- **Distill — Why Momentum Really Works**: [distill.pub/2017/momentum](https://distill.pub/2017/momentum/)
*/}
<GettingStarted />
<WritingYourContent />
<AvailableBlocks />
<BestPractices />