July 14, 2026

Typst is the most serious challenger to LaTeX in decades. Created in 2023, it promises the same professional typesetting quality with dramatically simpler syntax and faster compilation. But can it actually replace LaTeX for academic writing? Here's an honest comparison.
| Feature | LaTeX | Typst |
|---|---|---|
| First release | 1984 | 2023 |
| Compilation speed | Slow (10-90s for large docs) | Near-instant (<1s for changes) |
| Syntax complexity | Steep learning curve | Much simpler, Rust-inspired |
| Error messages | Often cryptic | Clear and actionable |
| Package ecosystem | Massive (thousands of packages) | Growing (100+ packages) |
| Journal acceptance | Universal | Limited (PDF accepted, .tex often required) |
| Collaboration | Via online editors | Built-in on typst.app |
| Math notation | Comprehensive | Good, with shortcuts (e.g., 1/x auto-fractions) |
| AI tool support | Extensive (Underleaf, Writefull, etc.) | Growing (Underleaf supports both) |
| Citation styles | BibTeX/BibLaTeX (thousands of styles) | CSL (80+ built-in styles) |
| Cost | Free (open source) | Free (open source) |
This is Typst's biggest advantage. A large thesis that takes 90 seconds to compile in LaTeX takes about 15 seconds in Typst for a clean build, and content changes render in under a second. This enables a true live preview experience that LaTeX has never been able to deliver.
Typst's syntax is consistently designed. You can type <= for ≤, RR for ℝ, oo for ∞, and -> for →. Expressions like 1/x automatically become fractions. Parentheses auto-scale. There's no need to remember \frac{}{} or \left( \right).
LaTeX error messages are notoriously unhelpful. A missing brace can produce pages of cascading errors. Typst provides clear, specific error messages that point to exactly what went wrong and how to fix it.
This is the practical dealbreaker for many researchers. Most journals and conferences still require LaTeX source files for submission. While PDF submissions work (and Typst produces excellent PDFs), venues like NeurIPS, ICML, and ACL expect .tex files. Until this changes, LaTeX remains necessary for the final submission step.
LaTeX has decades of specialized packages for virtually every typesetting need: complex mathematical notation, specialized academic formatting, chemistry diagrams, circuit schematics, linguistics trees, and more. Typst's ecosystem is growing but cannot yet match this breadth.
The LaTeX ecosystem has decades of editors, linters, and AI tooling behind it. Tools like Underleaf can convert images to LaTeX, PDFs to LaTeX, generate citations, and provide AI editing directly in your workflow. Typst tooling is younger, though it is catching up quickly — Underleaf now ships a free online Typst editor and converters in both directions, so the gap is narrower than it was a year ago.
Many researchers are adopting a practical middle ground: draft in Typst for its speed and clean syntax, then convert to LaTeX for final journal submission. This lets you benefit from Typst's development experience while meeting submission requirements. Underleaf's free Typst to LaTeX and LaTeX to Typst converters make moving between the two formats a copy-paste job rather than a rewrite.
Typst is a genuine improvement over LaTeX in terms of syntax, compilation speed, and error handling. But LaTeX's ecosystem, journal acceptance, and AI tooling make it the pragmatic choice for most academic work in 2026. The question isn't really "which is better" — it's "which fits your submission requirements and workflow?"
If you're staying with LaTeX, tools like Underleaf can bridge much of the gap by adding AI assistance, faster workflows, and modern features to your existing setup.
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