Thoughts on making academic collaboration better.
Most student pricing checks whether your address ends in .edu. That test fails in most of the world and passes for anyone willing to buy an address. So we check a document instead, and your academic address corroborates it.
Chat window, autocomplete, in-editor agent, or the compiler brought to your assistant. They fail in different ways, and knowing which one you are using explains most of the frustration.
A tracking system reads your PDF as plain text before a human sees it. Here is what survives that step, what does not, and how to check your own file in one command.
Soft gradients, frosted panels and full-bleed title slides are all achievable in TikZ. Here is the code for each, and the reason most decks should use one of them at most.
A conference slot is shorter than the paper and the audience has read none of it. That combination rules out almost everything you might put on a slide.
A defence is not a summary of your thesis. It is an argument for one claim, with the evidence your committee will push on, and a backup section for the questions you can see coming.
An assistant that writes LaTeX cannot tell you whether it builds. Connecting a real compiler over MCP closes that gap, and takes one URL.
One 4,000-line main.tex is a merge conflict waiting for a coauthor. Splitting it is easy; keeping every piece independently compilable is the part people skip.
Feature tables age badly and every vendor writes their own. Here are the five questions that actually change which editor you should use, and how to check each one yourself in a few minutes.
The default Beamer themes date a deck to 2009 in one slide. Here is what to strip, what to keep, and the structure investors actually read.
Most prompts to a LaTeX assistant get an explanation back instead of an edit. The difference is one property of the sentence, and it is not politeness or length.
The mechanical half of making a deck from a paper is real work: finding the figures, copying the assets, keeping captions intact. The judgment half cannot be delegated, and the trick is not to try.
A protocol is a controlled document, not a lab report: it needs a version number, approvals and a revision history. 12 free LaTeX protocol templates.
A German Lebenslauf is not a translated résumé. What the tabellarischer Lebenslauf expects in 2026 (sections, photo, signature), plus free LaTeX templates.
The 10 most common LaTeX errors ranked by search demand, with a one-line fix for each, Missing $ inserted, Undefined control sequence, and more.
Free LaTeX templates for finance and business documents: annual financial statements, balance sheets, equity research, corporate reports, business plans, crypto whitepapers and pro-forma invoices.
Free LaTeX templates for legal documents: non-compete and IP assignment agreements, commercial leases, powers of attorney, sworn affidavits and court pleading paper, with numbered clauses.
Free LaTeX templates for clinical and medical documents: patient intake and history forms, discharge summaries, operative and radiology reports, prescription pads and dental treatment plans.
Free LaTeX templates for engineering documents: software architecture and systems engineering plans, bills of materials, root cause analysis reports, FPGA and PCB design specs and CAD title blocks.
Free LaTeX templates for technical documentation: REST and GraphQL API references, admin runbooks, disaster recovery plans, database schema docs, release notes and UAT test plans.
Free Beamer presentation templates: startup pitch decks, quarterly business reviews, university lecture slides, medical case presentations and code walkthroughs, all modern and pdflatex-safe.
Free LaTeX poster templates for conferences: 36x48 and 48x36 scientific posters, an A2 academic poster and a tri-fold poster, all with clean multi-column layouts and figure blocks.
Free LaTeX templates for astronomy and astrophysics: RevTeX, AASTeX, MNRAS, arXiv preprints, telescope observing proposals, NASA grants and colloquium talks, with previews.
Free LaTeX lab report and lab document templates for 2026: physics, chemistry, biology and geology reports, plus lab notebooks, protocols/SOPs and safety manuals.
Free LaTeX letterhead and formal letter templates for 2026: business, academic, law-firm and creative letterheads, plus cover, recommendation and resignation letters.
Free LaTeX grant proposal templates for 2026: NSF, NIH, ERC, NASA ROSES, NSF GRFP, telescope observing time, and data management plans, with previews.
Free official-style university thesis and dissertation LaTeX templates for 2026: MIT, Stanford, Harvard, Oxford, Cambridge, IITs, BUET and more, with previews.
The best free LaTeX research paper templates for 2026: IEEE, Springer LNCS, ACM, Nature, Elsevier, RevTeX and AASTeX, all compile-tested and editable in your browser.
Free, elegant LaTeX marriage biodata templates for 2026: modern, traditional, Hindu, Muslim, Christian and South Indian formats, editable in your browser with previews.
178 free LaTeX resume and CV templates for 2026: ATS-friendly, role-specific, and 37 country formats from Lebenslauf to rirekisho. Filter and edit online.
Why do astrophysicists use LaTeX? Because equations, journal classes (RevTeX, AASTeX, MNRAS) and arXiv demand it. Here is the exact modern setup, and the templates to start from.
Overleaf free plan 2026: 1 collaborator per project, compile timeout, paywalled history and Git sync. The full limits list, and a free editor without the caps.
Typst is faster and cleaner, but journals and universities still require LaTeX. When to use each in 2026, and how to get Typst-class compile speed on real LaTeX, free.
Convert LaTeX to PDF, Word, or Markdown (and back) for free. Step-by-step methods using online tools and Pandoc. No install, with commands you can copy.
English proficiency shouldn’t be a prerequisite for logic. How Bagh-lang is removing the "Language Barrier" from Computer Science.
A guide for teachers and parents on introducing programming concepts using a mother-tongue first approach. Why "Loop" should be taught before "While".
Why we rebuilt the LaTeX collaboration engine from scratch. A deep dive into conflict-free replication, cloud compilation, and reliability.
How improved tooling helps research teams move from "Draft" to "Published" faster, without the version-control headaches.
We built QuantumSketch to fix a broken link in STEM education: the gap between understanding a concept and visualizing it. Here is our vision.
How QuantumSketch turns STEM concepts into animated explainers for classrooms, lectures and online courses, worked examples from physics, maths and biology teaching.
Textbooks are static. Physics is dynamic. Why we built an engine that turns code into motion, and why the future of learning is 60 frames per second.
The "File" metaphor is dead. Why modern research demands a collaboration engine, not just a text editor. The shift from Dropbox-style syncing to CRDTs.
Learn a practical 10-asset workflow to turn one STEM topic into videos, shorts, FAQs, and SEO-ready content using QuantumSketch.
We are building LetX in public. Here is the exact SEO framework we are using to get discovered by Gemini, ChatGPT, and perplexity.ai.
Standard LaTeX editors are built for papers, not pedagogy. Here is why the "invite link" model breaks down when you have 150 students, and why we built a dedicated Classroom Dashboard.
Why are students forced to buy 12-month subscriptions for 4-month courses? We are effectively taxing students for their summer break. It is time for a new model.
Grading 150 LaTeX submissions shouldn’t take 40 hours. How to stop fixing student compile errors and start actually grading their math.
Security, SSO, and Cost. Why your department is overpaying for "Per-Seat" licenses and how to switch to a model that respects data sovereignty.
Writing a paper with 4 authors is a distributed systems problem. Here is how to handle merge conflicts, package clashes, and "missing image" errors.