Major Revision at Physical Review B: What It Means, Next Steps

The decisive line is whether your editor and referee continuity survive. A major revision usually preserves both, which is why it is materially stronger than a rejection that resets the manuscript to a new evaluation even when the science is unchanged.

Physical Review B does not report an acceptance-after-major-revision rate, so any precise PRB-specific number you encounter is fabricated. The defensible framing rests on two verifiable facts: PRB is commonly estimated to accept roughly 50 to 55 percent of submissions overall and about 60 to 65 percent of the papers it sends to referees, and a manuscript at major revision has already passed the two-editor desk screen and a round of external review.

• Reaching a major revision means you cleared the screen where, according to a 2014 PRB editorial, about one-third of submissions are declined without review and each rejection involves at least two editors deliberating.

• Editorial commitment is real but conditional: the handling editor retains discretion to reject after re-review if the revision does not resolve the referees' concerns.

• The general cross-journal figure that 60 to 80 percent of major revisions are eventually accepted is a useful prior, but it is not a PRB number, and the condensed matter significance and reproducibility concerns that drove the original decision are re-tested directly on resubmission.

Spend your energy resolving every editor-flagged concern in the response to referees rather than estimating a percentage PRB does not publish.

APS keeps the paper active on the submission server for up to six months after an offer to resubmit, recommends resubmitting within three to four weeks, and notes that articles requiring more extensive revisions may take longer. The decision letter gives your instructions; in cases of major delays or changes, a resubmitted manuscript may be given a new receipt date.

If the work will not fit the window, contact the editorial office through the APS submission portal with your manuscript code before time runs out; prb@aps.org is the journal's general-inquiries address. APS publishes no extension policy, and the avoidable failure is going silent and resurfacing after the window has closed.

While you add the requested work, keep the manuscript aligned to PRB norms: Regular Articles carry the full mechanism and control data, while a PRB Letter is the short broad-appeal format, and the Supplemental Material absorbs the overflow rather than the main text.

Confirm open-access economics too, because PRB is a hybrid journal where the default subscription route carries no article publishing charge while the gold open-access APC is $2,910 for 2026 according to APS; many condensed matter authors also satisfy funder mandates through green open access by posting on e-print servers such as arXiv (APS asks that its prepared version of record not be used), so the access decision belongs in the revision window rather than after a positive decision.

When substantive changes were requested, a revised PRB manuscript often goes back to the original referees, though APS leaves that decision to the editors. If it does, they read your response first, then decide quickly whether you engaged seriously with their reports. PRB referees evaluate condensed matter significance, scientific rigor, and reproducibility; on re-review they check whether the specific concerns they raised are now resolved in the manuscript and Supplemental Material themselves.

APS asks for the revised manuscript, a point-by-point response to the referee reports, a list of the changes made and a marked manuscript, all through the APS submission portal. That material may be forwarded to the referees, so write it for the people who will re-read the paper.

1. Summary of changes plus point-by-point response. Open with a concise summary of what changed, then give the detailed engagement in a point-by-point response keyed to each referee report.

1. Restate, act, locate. For each comment, restate it, state your action, and cite the exact page, figure, equation, or Supplemental Material item that changed.

1. Sharpen the condensed matter significance where that was the concern. If a referee questioned whether the work belongs in a broad condensed matter archive rather than a narrow materials report, move the principle into the title, abstract, and lead figure, not just add data.

1. Close reproducibility gaps in the Supplemental Material. Add sample characterization, measurement uncertainty, simulation settings, convergence tests, controls, and raw data, and ensure the APS data-availability statement points to where each lives.

1. Disagree collegially and within the editor's roadmap. A major revision means the handling editor saw a path to acceptance, so you can push back on a referee request the editor did not specifically endorse, with literature support and courtesy, never on a point the editor flagged.

Route your revised manuscript through a Physical Review B response-to-referees check so the condensed matter significance framing and reproducibility completeness are verified against the referees' concerns before you resubmit.

• Do not leave the condensed matter significance claim in the cover letter while only adding data. Referees re-check whether the abstract and lead figure name the principle.

• Do not split the reproducibility evidence across five files. Sample preparation, uncertainty, simulation parameters, convergence, controls, and raw data are named referee focuses on re-review.

• Do not assert a theory or mechanism the calculations and measurements do not support. A narrower, well-supported claim is safer than a broad narrative held together by inference.

• Do not write the response defensively. The referees read it before the manuscript, and a combative tone makes them look harder for reasons to reject.

• Do not promise changes the manuscript does not contain. Referees verify the file against the response.

• Do not let the six-month active period lapse without contact; after a major delay a resubmitted manuscript may be given a new receipt date.

Across Physical Review B manuscripts, three patterns most often turn a possible acceptance into a major revision, and the same three most often decide whether the revision then survives a referee re-review. These are anonymized observations from Manusights pre-submission and revision review, not access to APS editorial records. Each is a named failure pattern tied to a specific PRB editorial expectation, and in practice we see them recur across the condensed matter manuscripts we screen.

The useful question for a revising author is whether the revised abstract, lead figure, Supplemental Material, and response to referees already answer the concern in the manuscript itself.

Narrow-subfield framing that the two-editor desk screen and referees keep flagging.

In Physical Review B manuscripts, the most common reason for a major revision is not a flawed measurement or calculation but a condensed matter principle that lives in the cover letter rather than the title, abstract, and lead figure.

PRB's two-editor desk screen exists to decide whether a paper belongs in a broad condensed matter archive, and a referee re-grants that test on re-review: a manuscript that reads as a single-material report earns a major revision to force the framing to name the mechanism, the prior interpretation it revises, and the figure that proves the revision.

The strongest revisions rewrite the abstract and lead figure so a condensed matter physicist outside the immediate subfield can state the principle, then carry it through the introduction and discussion. A revision that adds more samples or more data points without re-anchoring the significance leaves the same concern in place.

Reproducibility evidence scattered across too many places for a referee to audit.

In Physical Review B manuscripts, referees frequently grant a major revision while flagging an audit trail that is split across main text, captions, Supplemental Material, and an external repository: missing measurement uncertainty, undocumented sample preparation, simulation parameters or convergence tests that are referenced but not shown, or a data-availability statement that does not actually point to the data behind the central figure. The decision reads as a major revision because the physics is promising, but the path to acceptance runs through a coherent reproducibility package.

The strongest revisions line up, for each headline claim, the supporting figure, the control measurement or calculation, the uncertainty estimate, and the exact methods paragraph a referee would cite, so the re-reviewing referee can verify the result without reconstructing it from raw files.

Theory or mechanism claims that outrun the evidence shown.

In Physical Review B manuscripts, a paper sometimes earns a major revision because the interpretation section reads as if plausible DFT, a phenomenological fit, or post-measurement characterization proves the underlying mechanism. Referees become severe where the language outruns what the calculations and measurements actually demonstrate.

The strongest revisions match any claim about electronic structure, phase behavior, transport mechanism, or order parameter to the specific calculation, control, or measurement that supports it, add the convergence or sensitivity tests a skeptical referee would want, or restate the interpretation as proposed. Because PRB is a condensed matter physics journal, this evidence-matching test, not a biomedical reporting checklist, is where the re-review is won or lost.

This page tells you what Physical Review B editors and referees look for when they re-read a revised manuscript. The review tells you whether YOUR revised paper and response to referees pass that check before you resubmit. Use this page when you have just received a major revision at PRB and need to decide what to fix first, given that the handling editor owns the re-review.

We have reviewed manuscripts targeting Physical Review B and peer APS and condensed matter venues in pre-submission and revision contexts; the named patterns above are the same ones referees flag on re-review. 60-day money-back guarantee. Your manuscript is not used for model training, and access is limited to the review workflow.

Of the manuscripts our team reviewed for this Physical Review B decision-outcome pattern sample, the strongest predictor of a clean referee re-review was whether the resubmission named the condensed matter principle in the abstract and lead figure and assembled a single coherent reproducibility package with an exact, already-present Supplemental Material or methods location for every claim, rather than arguing the significance in the cover letter while the audit trail stayed scattered.

Check whether your Physical Review B revision is re-review ready

If a PRB revision is rejected after re-review, the cascade depends on what the referees and handling editor cited.

Physical Review X (PRX) is the natural APS open-access cascade for broad short-form condensed matter work; APS supports manuscript transfer with referee reports preserved.

PRX Quantum is the APS cascade for quantum-information physics with condensed matter origins, and Physical Review Materials and Physical Review Applied are the APS cascades for materials and applied condensed matter physics.

Physical Review Letters is the APS broad short-format cascade for condensed matter work with broad-physics appeal, and Nature Physics and Nature Materials are external Springer Nature top-tier cascades; reports do not transfer there, but a documented PRB revision strengthens a fresh submission.

This page was created from:

• APS public PRB documentation at journals.aps.org and Journals author instructions (the Associate Editor and Editorial Board model, the 2014 editorial on two-editor deliberation with about one-third of submissions rejected without review, the resubmission requirements of a point-by-point response, a list of changes and a marked manuscript, and the up-to-six-months active period)

• APS open-access pricing documentation

• the broader peer-review literature on major-revision handling and response-letter structure

• Manusights pre-submission and revision review experience with PRB-targeted manuscripts.

Source limitations: APS publishes the editorial model and the resubmission requirements, but it does not publish a journal-specific acceptance-after-major-revision rate. Any precise PRB-specific revision-acceptance percentage is therefore not verifiable; the 60 to 80 percent figure above is a general cross-journal range, not a PRB number. The named revision patterns are Manusights interpretation from pre-submission and revision review, not private APS records.

Further reading on responding to referees

• Noble WS. Ten simple rules for writing a response to reviewers. PLOS Computational Biology (2017). doi:10.1371/journal.pcbi.1005730

• Bourne PE, Korngreen A. Ten simple rules for reviewers. PLOS Computational Biology (2006). doi:10.1371/journal.pcbi.0020110

• Critical tips on how to respond to peer reviewers. Vascular Specialist International (2022). doi:10.5758/vsi.223811