For STEM PhD researchers

Rough notes in.
Compile-ready LaTeX out.

Paste English prose with messy inline math — ASCII fractions, mixed Greek, half-balanced parens, even partly wrong derivations. Latexflow returns a structured .tex source you can drop into Overleaf, plus a plain-English list of every notation fix it made.

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Article-level conversion, not just snippets
Auto-balanced parens, braces, and aligned environments
arXiv, IEEE, and lecture-notes presets

notes.txtarticle.texcorrections

What you paste

# Heat equation, separation of vars
du/dt = alpha * d^2u/dx^2 on [0,L]
BC: u(0,t)=u(L,t)=0

let u(x,t) = X(x)T(t)
T'/(aT) = X''/X = -lambda
X'' + lambda X = 0
X_n = sin(n pi x / L)
lambda_n = (n pi / L)^2

so u(x,t) = sum_n b_n sin(...) exp(-alpha lambda_n t)

What you get

\section{Heat equation}
We seek $u(x,t)$ with
\begin{equation}
  \frac{\partial u}{\partial t} = \alpha\,\frac{\partial^{2} u}{\partial x^{2}}
\end{equation}
on $[0,L]$, $u(0,t)=u(L,t)=0$.

Let $u(x,t)=X(x)T(t)$. Then
\begin{align*}
  \frac{T'}{\alpha T} &= \frac{X''}{X} = -\lambda \\
  X_n(x) &= \sin\!\left(\tfrac{n\pi x}{L}\right)
\end{align*}

Static example. Output depends on your actual notes.

Built for derivation-heavy drafts

Most LaTeX assistants stop at single equations or handwriting OCR. Latexflow takes a whole rough draft and returns a structured article you can compile and keep editing.

\sum

Article-level conversion

Sections, subsections, aligned equation blocks, and connective prose — not just a single \frac at a time.

\partial

Notation auto-fix

Greek letters, partial derivatives, balanced braces, sub/superscripts, and operator spacing are normalized to standard LaTeX conventions.

\Delta

Corrections diff

Every notation change comes with a one-line reason — so you can audit what was inferred and keep the math you intended.

\tex

Preset templates

Choose arXiv, IEEE, or lecture-notes formatting. The right \documentclass and packages are wired up for you.

How it works

1
Paste your draft
Drop in English notes with rough inline math. Add an optional title, author line, and style preset.
2
Latexflow rewrites it
An AI pass infers sectioning, converts inline math to proper LaTeX, and balances each equation block.
3
Review and compile
Copy the .tex source into Overleaf or your local TeX install, and scan the corrections list to confirm intent.

Pricing

Start free. Move to Starter when you have a real deadline.

Free

$0/forever

Try the full workflow on small drafts.

25 article generations included
arXiv, IEEE, and lecture presets
Corrections list on every output
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Most useful

Starter

$19/month

For active drafting toward a real deadline.

500 article generations / month
Longer drafts — full multi-section papers
Larger context window for dense derivations
Everything in Free

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Common questions

Do you compile the PDF for me?

Latexflow returns the LaTeX source and a corrections list. You compile the PDF in Overleaf or your local TeX install — that keeps the final document under your control and inside your normal review workflow.

How accurate are the notation fixes?

Every non-trivial change appears in the corrections list with a short reason, so you can audit what was inferred and reject anything that misread your intent.

What inputs work best?

Plain English with inline math in whatever shorthand you already use — ASCII fractions, mixed Greek, partial derivative shorthand. Section headers as plain lines (e.g. ## Proof) help the converter pick up structure.

Is my draft kept private?

Drafts are processed only to generate your LaTeX article and corrections list. Nothing is published or shared on your behalf.

Stop hand-typing every `\frac`.

Open the editor, paste a section of your current draft, and see a compile-ready version in seconds.

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Rough notes in.Compile-ready LaTeX out.