Physical Review Letters Submission Process

Since 2011, PRL uses a word count rather than a page count. The body of a Letter (everything between the abstract and acknowledgments) cannot exceed 3,750 words. This works out to roughly 4 journal pages.

End Matter (appendices, detailed derivations, additional data) can add up to 2 more pages. End Matter is published but sits after the main Letter. Use it for material that specialists will need but that is not essential for the main argument.

If the paper cannot make its case in 3,750 words plus End Matter, it may belong in Physical Review B or another full-length APS journal.

Go to authors.aps.org, log in, and select Physical Review Letters. The system is shared across all APS journals.

Provide the title, abstract, and author details. Select Physics Subject Headings (PhySH) terms that describe your work. Be specific. The PhySH terms help route the paper to the correct divisional editor.

The submission form includes a dedicated field for the 100-word justification. This paragraph goes directly to the divisional editor before they read the paper.

Write it as a concise argument, not a summary. State the result, name the audience, and explain why the physics matters broadly. Avoid vague claims like "this work is of broad interest." Instead, explain specifically which physics communities benefit and why.

Upload source files. REVTeX is preferred for PRL. Run BibTeX before submitting and include the .bbl file. Figures should be placed in a figure section after the text (not distributed through the body) if using LaTeX graphics packages.

Supplemental material goes as a separate PDF. Cite it in the reference list: "See Supplemental Material at [URL] for [description]."

Required for all PRL submissions. Same format as other APS journals: specify the repository, accession number, or access conditions for the underlying data.

APS tightened this process in late 2024. For PRL and the other Physical Review journals, the submission server now asks for the data-availability details up front and uses those answers to generate the published Data Availability Statement. That means the data plan is no longer something to patch in after acceptance.

Check the system-generated PDF carefully. Verify equations, figures, and references render correctly. Once satisfied, submit.

You'll receive a manuscript accession code within 2 business days.

The current APS submission workflow is more structured than many older PRL guides imply.

That combination is why the PRL process feels more front-loaded than older APS-era anecdotes suggest. The editor is making a journal-fit decision while the submission system is also checking whether the package looks publication-ready.

This is where PRL differs most from other journals. Instead of a single editor-in-chief, PRL uses divisional editors who specialize in different areas of physics.

Your paper gets routed to the divisional editor responsible for your subfield. That editor reads the justification paragraph and abstract first, then decides whether the paper warrants external review.

About 35% of PRL submissions are desk rejected at this stage. The editor is asking:

• does this paper report a result that matters beyond one narrow specialty?
• is the physics significant enough for PRL rather than a more specialized APS journal?
• is the presentation clear enough that a broad physics audience could follow the main argument?

Desk rejections typically arrive within 1 to 3 weeks. The turnaround is deliberately fast so authors can redirect to a more appropriate venue without long delays.

Papers that pass triage go to 2 to 3 expert reviewers. PRL reviewers are asked to evaluate:

• scientific soundness and technical rigor
• significance of the result within physics
• broad interest beyond the immediate subfield
• clarity and conciseness of presentation
• whether the length is appropriate for the content

Reviewers are asked to return reports within two weeks, though actual turnaround varies. First decisions after review typically arrive 4 to 8 weeks after submission.

• Accept: uncommon on first round at PRL. Usually follows a clean revision.

• Minor revisions: the paper is essentially accepted. Respond carefully and promptly.

• Major revisions: substantive concerns. You have 90 days. The revised paper usually returns to the same reviewers.

• Reject after review: the reviewers or editor concluded the paper does not meet PRL's significance threshold. Consider Physical Review B or another APS journal.

The justification is an argument, not a summary. Do not restate what the paper does. Explain why it matters broadly. Editors can read the abstract themselves.

If the body exceeds 3,750 words, the system may flag it. More importantly, a paper that needs more space than a Letter allows often belongs in a full-length journal. Editors notice when authors have compressed a PRB-scale paper into PRL format.

"This result is broadly relevant" is not a justification. "This result resolves a long-standing question in condensed matter physics and changes how experimentalists in quantum transport design measurements" is.

Papers reformatted from non-APS journals often retain incompatible reference styles, heading structures, or notation. Use the REVTeX template from the start.

After years of watching PRL submissions succeed and fail, these are the errors that actually sink papers, not obscure formatting issues, but strategic missteps that waste months.

The pattern across all these mistakes is the same: authors treat the PRL submission like any other journal submission, when it's actually a pitch for broad physics significance. The justification paragraph, the word limit, the divisional editor model, they're all designed to filter for papers that matter beyond one subfield. Treat the submission accordingly.

In our pre-submission review work with manuscripts targeting Physical Review Letters, three patterns generate the most consistent front-door problems before the science itself gets a full referee read.

The 100-word justification reads like a second abstract. Authors summarize the manuscript instead of making the PRL case. APS already has the abstract. What the divisional editor still needs is the broad-significance argument.

The compiled PDF is never checked against the real PRL limit. Teams keep editing the source file and assume they still fit. Then figures move, the manuscript crosses the effective space budget, and the submission starts with a preventable format problem.

The data and support files are still half-finished. Since APS now builds the Data Availability Statement from submission answers, a vague repository plan or incomplete supporting package is no longer invisible until acceptance. It is part of the first-read quality signal.

The recurring pattern is that strong physics papers still lose momentum when the upload package looks less disciplined than the underlying result.

Portal URLs, submission requirements, and editorial workflow confirmed against the APS submission portal and PRL Information for Authors as of March 2026. Impact Factor 9.0, Q1, rank 9/114 in Physics, Multidisciplinary confirmed via JCR 2024 (released June 2025).