Physical Review B Response to Reviewers: How to Write a Reply to the Referee That Wins (2026)

State the exact equation, figure, table, section, or page and line number for each manuscript revision, and name the specific Supplemental Material file when the change lives there. This is the single most-cited rebuttal failure at Physical Review B. Because PRB references run in REVTeX square-bracket numerical order and computational details often sit in an appendix or the Supplement, a condensed-matter referee needs the pointer to land on the exact convergence figure or Methods line, not a vague gesture at "the manuscript."

The contrast is concrete:

• A referee who has to hunt for your change reads it as evasion.
• A referee who can click straight to Sec. III A, page 4, lines 12 to 30 and see the convergence study finishes faster and re-reviews more favorably.

Two rules close the gap. Use the line numbers from the revised file, not the original. Note when a change lives in the Supplemental Material rather than the main text. Never write "we have addressed this in the manuscript" without a location.

The single-specialist culture rewards substance and punishes defensiveness. When one condensed-matter referee holds the technical objection, a vague rebuttal does not get outvoted by a friendlier reviewer, because there usually is not one. Here is how the same point reads when it is argued well versus argued badly.

Even the disagreements end with a concrete manuscript change or a precise location. APS asks authors to respond to the points they disagree with as well, not to skip them. A flat "we disagree, no change" reads to a PRB referee as a refusal to engage, and it is the fastest way to lose the one specialist who holds your decision.

The discipline is simple:

1. Concede where the referee is right.
2. Do the work the comment asks for.
3. Point to the exact change by location.
4. Push back only on a request that is genuinely out of scope, with a reason and an alternative.

Physical Review B runs single-anonymized peer review under a divisional associate editor structure. Condensed-matter associate editors handle submissions within their subfield, and the referees see your name while you do not see theirs.

A few structural facts shape every reply you write:

• A divisional associate editor owns your paper and typically consults one to two specialist referees, sometimes one.
• The editor, not a vote of referees, makes the call.
• A decision can normally be expected after no more than two rounds of review; additional rounds or the appeal route are reserved for exceptional cases.

The technical-soundness bar is the whole game

The defining feature of PRB is its technical-soundness bar. Referees apply the acceptance criteria stringently: they rederive key equations, test the approximations, and check that the conclusions follow from the data. PRB does not demand the broad-impact case Physical Review Letters requires, so the importance bar is lower than at PRL, but correctness is non-negotiable, and the paper must still present significant new and important physics.

What the referee looks for splits by paper type:

• Experimental work: sample characterization, measurement reproducibility, and appropriate statistical treatment.
• Computational work: the DFT functional, basis set or plane-wave cutoff, k-point mesh, pseudopotential source, and convergence criteria.

An undocumented numerical method is treated as an open question, not a stylistic gap.

What the editor actually reads in the referee report

APS structures the referee report into four parts, which tells you exactly what the editor weighs:

Source: APS author guidance on responding to referee reports, accessed June 2026.

When you revise, you are answering the Report, but the editor is also weighing the private comments and whether each referee asked to re-review. That is why a reply that wins back a referee who flagged a fixable convergence issue can flip the whole decision.

The timing clock you are planning against

Community timing data sets your planning clock:

• Desk-stage decisions usually arrive within about two to three weeks.
• Once a paper enters external review, the referee-report cycle adds several weeks.
• A major revision round commonly adds six to twelve weeks.

Plan the revision around the physics you still need to produce, not around the writing.

How PRB compares to the rest of the Physical Review family

A response at Physical Review Letters faces a broad-impact significance bar and a heavier desk filter; at Physical Review A or Physical Review Research the scope differs but the APS referee mechanics are the same. Physical Review B sits as the large, technical-soundness-first condensed-matter venue, where most technically correct condensed-matter physics with adequate methodology eventually finds a home. The practical consequence: you win on rigor, not reach. Where a PRL rebuttal must re-argue importance, a PRB rebuttal mostly has to close the technical loop the referee opened.

In our pre-submission review work with Physical Review B submissions, the replies that stall in a second revision round share a small set of recurring weaknesses. These are the same ones the journal's referees flag at re-review. Each maps to a specific, named failure pattern in the condensed-matter editorial culture, and each is testable against your own draft response before you upload it.

Evidence basis. The patterns below come from our pre-submission review work across condensed-matter, materials, and computational-physics manuscripts, cross-checked against the APS author guidance on responding to referee reports and the published PRB referee guidelines. We did not test PRB's internal editorial system, and APS does not release per-decision data, so these are aggregate observations from manuscripts we reviewed, not a claim about any single submission's referee report.

A revised computational result with no convergence study. The most common and most expensive pattern in our Physical Review B pre-submission reviews is a reply that changes a band structure, a formation energy, or a transport coefficient in response to a comment but never adds the k-point and energy-cutoff convergence study that justifies the new number.

PRB referees rederive and re-check, so an undocumented DFT result is an unresolved result. When a referee questions a computed value, restating it in a revised equation does not move the decision; adding the convergence test, the functional, and the mesh does. This mismatch between what the referee asked for and what the author delivered is the strongest predictor of a third round in our reviews.

Generic acknowledgment without a verifiable location. A reply that says "we have revised the manuscript accordingly" forces the referee to hunt for the change in a long revised file. In our Physical Review B pre-submission reviews, responses that omit the location of each figure, table, or text change consistently draw a re-review comment asking where the change is, which adds a round. Every reply needs the equation, figure, section, or page and line of the revised file, plus a pointer to the Supplemental Material when the detail lives there.

Undocumented sample characterization on experimental papers. For experimental Physical Review B submissions, the rebuttals we flag hardest answer a sample-quality question with prose instead of data. When a referee asks whether the sample composition, phase, or purity explains an anomalous result, the reply needs the characterization (XRD, EDS, transport, or microscopy) added to the methods or Supplemental Material, not a sentence asserting the sample was good. In our Physical Review B pre-submission reviews, an unsupported claim about sample quality reliably draws the same comment a second time.

Re-arguing importance while leaving the physics open. Because PRB's bar is technical soundness rather than broad impact, a reply that spends its energy re-asserting why the work matters, while the one structural objection (a missing convergence study, an undocumented approximation, a missing control calculation) stays answered with words, reads as avoidance. The fix is to settle the technical objection first with new physics, then state the significance briefly. A PRB specialist referee will accept a well-argued, well-located technical fix and will not accept a significance argument that skips it.

Document the numerics, locate every change, characterize the sample, and answer the technical objection before the significance one. Check your Physical Review B point-by-point response for these patterns before you submit.

Source: Manusights pre-submission reviews of Physical Review B-targeted resubmissions, 2025 cohort.

A revise decision at Physical Review B is not an acceptance, and authors over-read it. The revised manuscript and your point-by-point response go back to the original referees, who re-read against each stated change. The paper can still end in rejection after re-review if the core objection was about technical soundness and the revision did not close it. Third-party estimates put PRB acceptance around 50% to 55% on a correctness-first model, so the second round carries real risk.

Most rejections at this stage trace to one cause: the author answered a request for a new calculation or measurement with text instead of data. The second most common is a revised number with no convergence or error analysis behind it.

Think twice before you resubmit if any of these are true:

• The response uses generic "we have addressed this" language with no equation, figure, or page and line numbers.
• A referee asked for a convergence study or a characterization measurement and you answered with prose.
• A computed value changed but no k-point or cutoff test appears.
• The reply re-argues significance while the one technical objection stays open.

If you cannot point to a specific change that answers the referee's main objection, another round of polite text will not save the paper. Fix the technical objection. If the rejection was about scope, use the APS transfer service to move the paper to the right Physical Review section rather than spend an appeal on a scope call you cannot document as a factual error.

Authors consistently underestimate the new-analysis effort and overestimate the writing effort. This breakdown is about workload, not the journal's decision clock; for the end-to-end decision schedule, see the Physical Review B review time guide.

Source: Manusights pre-submission reviews of Physical Review B resubmissions, 2025 cohort, last updated June 7, 2026.

The drafting itself is rarely the long pole. The additional analysis is, especially the convergence studies and sample characterization a condensed-matter referee will ask for if you skip them.