Physical Review B Submission Process and PRB Status: Portal, Review Stages, and What to Expect

Go to Authors author instructions, log in with your APS journal account, and select Physical Review B as the target journal. The system will prompt you through the submission form.

APS checks whether the files compile, the metadata is complete, the journal selection is plausible, the data availability statement is present, and the package can be assigned. This is not a scientific endorsement; it is the first upload-quality screen.

Provide the title, abstract, author list, and subject classifications. PRB uses the PhySH (Physics Subject Headings) taxonomy for classification. Choose the most specific terms that describe your work. This helps editors route the manuscript to the right reviewers.

The editor is deciding whether the manuscript fits condensed matter or materials physics, whether the physics is substantial enough for external review, and whether the package is clear enough to assign to a specialist referee.

Upload your source files. For REVTeX and LaTeX, place figures with captions in a figure section after the end of the text rather than distributing them through the body. Tables should appear after the reference section.

If using LaTeX graphics packages to call in figures, the figures must still be included as separate uploads so the system can process them.

Word submissions in.docx format are accepted but less common in the PRB community.

Any supplemental material goes as a separate PDF via the "Upload supplemental files" button. Cite it in the manuscript's reference list as: "See Supplemental Material at [URL will be inserted by publisher] for [brief description]."

PRB requires a data availability statement for all research data necessary to verify or replicate your results. This is visible to editors and reviewers from the start. Options include: data in public repository (provide DOI or accession number), data in supplemental material, data available from corresponding author upon request (with justification), or no new data generated.

Vague statements without a real access path create friction.

Suggest 4 to 5 expert reviewers. These should be people who can evaluate the specific condensed matter physics in your paper, not general physicists. Editors are not obligated to use your suggestions, but good suggestions help speed up the process.

The system generates a PDF from your source files. Preview it carefully. Check that figures render correctly, equations display properly, and references are complete. You can revise the data availability statement, abstract, and PhySH terms at this stage.

Once submitted, you'll receive a permanent APS manuscript code number within 2 business days.

This is the first decision point. PRB editors assess whether the manuscript meets the journal's scope and minimum quality bar.

About one-third of all PRB submissions are rejected without external review. Each desk rejection involves at least two editors deliberating. The decision is not casual.

Editors are checking:

• does the paper fit within condensed matter or materials physics?

• is the physics substantial enough to warrant reviewer time?

• are the methods described clearly enough to evaluate?

• does the paper advance understanding rather than just reporting measurements?

Papers rejected at this stage are rarely rescued by resubmission. Of all desk-rejected papers, only about 1 in 10 are resubmitted, and roughly 2 in 100 are eventually published in PRB.

If the paper passes triage, it moves to peer review.

PRB typically sends manuscripts to 1 to 2 expert referees. These are condensed matter physicists selected for their knowledge of the specific subfield.

Reviewers evaluate:

• scientific rigor (theoretical or experimental)

• physical significance and insight

• clarity of presentation

• novelty relative to existing literature

• adequacy of methods and computational details

The median time from submission to first decision is about 60 days. Some papers hear back faster (especially Rapid Communications), while complex or controversial manuscripts can take longer.

Check whether your PRB physical insight is visible ->

Check whether your PRB convergence and data package is complete ->

• Accept: rare on first round. Usually follows a clean revision.

• Minor revisions: the paper is essentially accepted pending small changes. Respond carefully but quickly.

• Major revisions: substantive concerns need addressing. You have 90 days. The revised paper may return to the original reviewers.

• Reject: the editors concluded the paper does not meet PRB standards. Check whether the concerns are fixable before considering resubmission.

Treat the PRB decision as a physics-readiness signal, not only a portal status. A major revision means the editor sees a possible PRB paper if the physical insight, methods, or positioning gaps can close within the revision window. A rejection usually means the manuscript needs a new venue strategy or a deeper physics rebuild before another APS attempt.

After submission, track your paper at the APS Manuscript Status page using your 7-digit accession code and the last name of one of the first three authors.

Common statuses:

• Received: your manuscript is in the system

• Under editorial consideration: editors are triaging

• Under review: sent to external reviewers

• Review complete: reviewers have returned reports; editor is making a decision

• Decision sent: check your email

If the status stays at "under editorial consideration" for more than two weeks, the paper may be in the desk rejection queue. If "under review" extends beyond 10 weeks, a polite inquiry to the editorial office is reasonable.

LaTeX figure paths break when the system compiles the PDF. Check the preview carefully. If figures are missing, re-upload them as separate files and make sure the file names match the \includegraphics calls exactly.

If you submit the .tex file without running BibTeX first, references will appear as question marks. Run BibTeX, generate the.bbl file, and either paste its contents into the manuscript or include it via \input.

"Available upon request" without justification is weaker than editors expect. If data are in a repository, give the accession number. If they cannot be shared, explain the specific restriction.

PRB gives 90 days for major revisions. If you miss the window, the paper may be treated as a new submission and re-triaged from scratch. If you need an extension, contact the editorial office before the deadline passes.

PRB is the workhorse of APS, the broadest and highest-volume journal in the family. It publishes 5,077 articles per year, more than any other Physical Review title. If you're doing condensed matter or materials physics and the result needs a full treatment, PRB is where it goes.

Current editorial context matters for process expectations: Editorial leadership: verify the current Lead Editor on the journal's editorial-team page before quoting any name in a cover letter. Representative recent PRB articles used as format references in this update include 10.1103/PhysRevB.112.165433, 10.1103/PhysRevB.112.155210, and 10.1103/PhysRevB.112.144311.

Here's how it fits against the other APS journals:

PRB's IF of 3.7 looks modest next to PRL or PRX, but that's misleading. PRB's cited half-life is 14.0 years, condensed matter papers published in PRB keep getting cited for well over a decade. The JCI (Journal Citation Indicator) of 0.67 reflects the lower citation rates typical of condensed matter compared to, say, particle physics or astrophysics. It doesn't reflect quality.

PRB is ranked 66th out of 187 journals in its category (Q2), and for most condensed matter physicists, it's the default venue for solid, full-length work.

PRB uses single-referee review for most standard submissions. That's different from PRL (which uses two) and means one person's opinion carries a lot of weight. The editor picks someone with specific expertise in your subfield of condensed matter, not a generalist.

The referee is checking three core things: is the physics correct, is it new relative to prior PRB publications (not just the broader literature), and is the presentation clear enough for the condensed matter community to follow and build on.

Here's what common referee comments actually mean:

One thing that catches authors off guard: PRB referees care about computational details. If you're doing DFT, they want to know your functional, basis set, k-point mesh, and convergence criteria. If you're doing Monte Carlo, they want system sizes and equilibration details. Vague methods sections are the single fastest way to get a negative report.

Across condensed-matter and materials-physics manuscripts targeting Physical Review B, the practical question is not whether the APS portal accepts the files. It is whether the manuscript already gives a PRB editor and referee enough physical insight, methodological stability, data access, and APS-family fit to justify review. PRB is a full-treatment venue inside the Physical Review family, so the failure patterns are different from PRL compression failures, Physical Review Applied device-positioning failures, or J.

Phys.: Condensed Matter audience-fit problems. The three patterns below are visible before upload in the abstract, figure sequence, methods, supplementary package, references, data availability statement, and cover letter.

Of the 100 recent PRB papers our team reviewed when this Physical Review B guide was built, Manusights internal analysis identified a failure pattern: authors often prove that a result exists before they prove that the physics contribution is clear. The review tells you whether your paper passes the PRB-specific readiness checks that official APS instructions cannot evaluate from a generic upload checklist.

Full Manusights reviews include a 60-day money-back guarantee, and we do not train models on submitted manuscripts. For a manuscript-specific pass before upload, use a Physical Review B readiness review.

Failure pattern 1: result-first PRB manuscript. The abstract reports a measurement, calculation, or phase diagram before it explains the physical insight.

Failure pattern 2: convergence and data access scattered across files. The methods, captions, supplement, and data availability statement do not give referees one coherent reliability path.

Failure pattern 3: APS-family routing unclear. The paper could be PRB, PRL, Physical Review Applied, Physical Review Research, or a specialist condensed-matter journal, and the manuscript never makes the PRB case.

Result-first manuscript that has not yet made the physical insight explicit

Across condensed-matter manuscripts targeting Physical Review B, the most common weakness is not absence of data. It is a manuscript that proves a result exists before it proves why the result changes physical understanding. The abstract may describe a new measurement, phase behavior, band-structure feature, transport signature, scattering result, numerical phase diagram, or materials calculation, but it does not state the condensed-matter question sharply enough for a PRB referee.

The figures may be technically competent, yet the first figure does not establish the physics problem, the captions do not explain what each panel rules in or out, and the discussion treats the result as self-evidently important because the material, model, or method is currently active.

The fix is a manuscript-component problem. The title should name the physical phenomenon, regime, mechanism, or theoretical consequence rather than only the material or technique. The abstract should state what is learned about the system, not just what was observed. The introduction should position the paper against recent Physical Review B, Physical Review Letters, Physical Review Materials, Physical Review Research, and Journal of Physics: Condensed Matter work, so the editor sees what is new inside the immediate literature.

Figure 1 should orient the reader to the physical question; later figures should show the evidence chain rather than a collection of disconnected measurements or calculations. The cover letter should give the one-sentence PRB fit argument: this needs full-length condensed-matter treatment because the physics cannot be responsibly compressed into PRL, routed primarily as device work to Physical Review Applied, or treated as a narrower methods note elsewhere.

Convergence, controls, and data availability scattered across the package

Across PRB-targeted manuscripts, the second recurring pattern is a technically serious paper whose reliability case is too implicit. For computational work, PRB referees often need k-point meshes, basis choices, energy cutoffs, pseudopotentials, exchange-correlation functionals, finite-size checks, convergence thresholds, uncertainty estimates, code versions, and comparison against known benchmarks. For experimental work, they need sample preparation detail, calibration, controls, measurement geometry, repeated runs, temperature or field protocols, image or spectra processing, and uncertainty handling.

Weak manuscripts mention some of these items in captions, footnotes, or supplementary files, but the methods section does not give the referee a coherent path for reproducing or stress-testing the result.

This is where a PRB submission can be weaker than it looks. REVTeX formatting may be clean, the references may be appropriate, the figures may be publication-ready, and the supplementary information may exist, yet the referee still has to reconstruct the controls from scattered fragments.

A stronger package names the convergence checks in the methods, connects each control to the figure it validates, places extended numerical or experimental detail in supplementary material with clear cross-references, and uses the data availability statement to identify where raw data, processed data, code, or scripts can be accessed. If the package cannot do that, Physical Review Research, Scientific Reports, or a narrower computational/materials journal may produce a better review path.

PRB referees are usually willing to evaluate complex physics; they are less willing to infer whether basic stability checks were done.

APS-family routing unclear between PRB, PRL, PR Applied, and adjacent venues

For manuscripts targeting Physical Review B, the third pattern is ambiguous APS-family routing. Authors often choose PRB because it is the default full-length condensed-matter journal, but the manuscript itself may argue for a different venue. A result with broad, compact, field-moving physics may need a Physical Review Letters attempt first. A device or application-centered contribution may read more naturally for Physical Review Applied. A broad physics result that is less PRB-specific may fit Physical Review Research.

A paper whose contribution is solid but mainly community-specific may land more cleanly in Journal of Physics: Condensed Matter, Journal of Applied Physics, or a materials venue. PRB editors do not require every paper to be revolutionary, but they do need the manuscript to show why full PRB treatment is the right shape for the contribution.

The routing case should be visible in the manuscript components. The abstract should signal full-treatment physics rather than only novelty. The introduction should compare the contribution with recent Physical Review literature, not only older foundational papers or broad review articles. The references should show that the authors know the immediate PRB conversation. The methods and supplementary files should be rich enough to justify a longer article.

The cover letter should not oversell PRL-level breadth if the paper is really a PRB study, and it should not frame device utility as the main reason to review a paper better suited to Physical Review Applied. A clean PRB submission tells the editor: this is condensed-matter or materials physics, it needs full treatment, and the package is complete enough for referees to judge the physics rather than rescue the positioning.

Check your Physical Review B manuscript's Physical Review B referee-readiness risk before submission

How this page was created: sources used include the Physical Review B author page, APS web submission guidelines, APS editorial-policy pages, recent PRB article formats, and Manusights internal analysis of condensed-matter and materials-physics manuscripts prepared for APS journals. This page uses official-source facts plus public review patterns; we did not inspect private APS editorial decisions, referee reports, or submission-system screens.

The official guidance explains APS account setup, file handling, and PRB author rules. It does not tell authors whether the PRB status they are trying to reach is likely to become external review, editor return, or a slow referee path caused by an incomplete physics package.

What PRB does well: it gives full-length condensed-matter and materials-physics papers room to explain physical insight, convergence evidence, figures, supplementary data, and prior-work positioning. Where PRB falls short for some authors: it is less suitable when the result is a short broad-physics claim for PRL, a device-first contribution for Physical Review Applied, or a narrower community paper where a specialist venue would produce a more natural referee read.