Powerful features for academics

Everything you need to write brilliantly

A modern academic writing platform with powerful editing, collaboration, and export capabilities.

Core Features

A powerful platform built for modern academic writing and collaboration

KlarTeX editor showing inline and block equations with automatic numbering

Visual Editing

Write in a rich visual editor that renders your formatting instantly. From inline math to complex display equations, see your content beautifully typeset as you type.

Comments10
Commenting on:
the coupling constant depends on energy scale
D
Dr. Sarah Chen2h ago

Should we cite the RG analysis from Weinberg (1979) here?

J
James Miller1h ago

Good point. I’ll add the reference and a brief note about asymptotic freedom.

Resolved by Dr. Sarah Chen · 3h ago
Commenting on:
results are consistent with prior measurements
A
Alex Kim5h ago

Can we be more specific about which measurements?

J
James Miller3h ago

Updated to reference Table 3 from the ATLAS collaboration.

D
Dr. Sarah Chen30m ago

The abstract is looking great. Ready for submission.

Commenting on:
the systematic uncertainties dominate
A
Alex Kim2d ago

Should we include a table of systematic uncertainties?

D
Dr. Sarah Chen1d ago

Yes, I think Table 5 should break these down by source.

Resolved by James Miller · 1d ago
Commenting on:
our model predicts a cross-section of 12.3 pb
J
James Miller2d ago

I’ve double-checked this value against the Monte Carlo simulation.

Commenting on:
future measurements at higher luminosity
J
James Miller45m ago

Added a paragraph on HL-LHC projections.

A
Alex Kim20m ago

Can we also mention the FCC-hh sensitivity estimates?

Commenting

Leave inline comments and suggestions throughout your document. Resolve discussions, filter by status, and manage review threads — perfect for peer review and collaborative editing.

Bibliography10
On the Electrodynamics of Moving Bodies
Einstein, A. (1905)
ArticleAnnalen der Physik
Space-Time Approach to Non-Relativistic Quantum Mechanics
Feynman, R. P. (1948)
ArticleReviews of Modern Physics
Black hole explosions?
Hawking, S. W. (1974)
ArticleNature
The Quantum Theory of the Electron
Dirac, P. A. M. (1928)
ArticleProceedings of the Royal Society A
Principia Mathematica
Newton, I. (1687)
BookRoyal Society
The Feynman Lectures on Physics
Feynman, R. P., Leighton, R. B. & Sands, M. (1963)
BookAddison-Wesley
Attention Is All You Need
Vaswani, A. et al. (2017)
In ProceedingsNeurIPS
A Dynamical Theory of the Electromagnetic Field
Maxwell, J. C. (1865)
PhD Thesis
The PageRank Citation Ranking
Page, L. & Brin, S. (1999)
Tech ReportStanford University
Can Quantum-Mechanical Description of Physical Reality Be Considered Complete?
Einstein, A., Podolsky, B. & Rosen, N. (1935)
ArticlePhysical Review
Showing 10 of 10 entries

Citations & Bibliography

Manage references with Mendeley (opens in new tab) and Semantic Scholar (opens in new tab) integration. Import, organize, and cite sources with automatic formatting.

Select Reference
Available References (14)

References & Numbering

Figures, tables, and equations are automatically numbered and cross-referenced. Insert references from a searchable panel — numbering updates instantly as you edit.

KlarTeX editor on a mobile device showing equations and formatted text

Modern & Accessible

A clean, responsive interface that works on any device. Full keyboard navigation, screen reader support, and WCAG 2.1 (opens in new tab) AA compliance.

More Features

Everything else you need for seamless academic collaboration

Real-time Collaboration

Work together with co-authors simultaneously. See changes as they happen with conflict-free synchronization.

Document Sharing

Share documents with collaborators and control access permissions. Collaborate securely with fine-grained access control.

Cloud Sync & Saving

Your work is automatically saved and synced to the cloud. Access your documents from anywhere with zero risk of data loss.

Cloud LaTeX Compilation

Compile your documents to PDF using cloud-based LaTeX (opens in new tab) compilation. No local TeX installation required.

Equation Editor

Write equations visually or in LaTeX — see them rendered instantly

Document Components

Build structured academic documents with specialized component types

Title
Abstract
Paragraph
Equation
Figure
Table

Equation Preview

The Schrödinger equation describes quantum state evolution. For a free particle with mass m, the Hamiltonian is , yielding plane wave solutions .

(1)

Table Preview

ParticleMass (GeV/c²)Charge (e)Spin
Electron0.000511−11/2
Proton0.938+11/2
Neutron0.94001/2
Muon0.106−11/2

Table 1: Fundamental particle properties— click any cell to edit

Export & Import

Export your work in multiple formats and import from a wide range of sources

PDF Export

Compile your documents directly to PDF using cloud LaTeX (opens in new tab) compilation. Download publication-ready PDFs from your browser.

LaTeX Archive Export

Export complete LaTeX (opens in new tab) projects as a ZIP archive including source files, bibliography, and images. Ready for journal submission.

Local Backup

Own your data. Export complete document backups and re-import them anytime to restore your work.

Pandoc Import

Import from DOCX, RTF, ODT, Markdown (opens in new tab), HTML, EPUB, Jupyter (opens in new tab) notebooks, wiki formats, PowerPoint, and more via Pandoc (opens in new tab).

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