Physical Review D 'Under Review': What Each Status Means

Physical Review D operates the APS divisional associate editor + single-referee model. PRD divisional associate editors are working academic particle physicists, gravitation theorists, cosmologists, or astrophysicists, not professional editors; the senior divisional associate editor reads the entire paper and evaluates particle physics significance, theoretical-or-experimental rigor, and PRD subfield routing across particle physics, gravitation, cosmology, and field-theoretic astrophysics.

A divisional associate editor at PRD typically handles 60 to 120 manuscripts per year and spends 30 to 60 minutes on the initial read; PRD divisional associate editors are active researchers fitting PRD editorial work around their own laboratories.

PRD editorial culture is decisive: editors may conclude that a submitted manuscript is unlikely to move further in the review process on the basis of the journal's criteria and can issue a rejection without external review. Such decisions, known as desk rejections, allow authors to seek alternative publication options with minimal delay.

Before the paper reaches external referees, a PRD divisional associate editor evaluates whether the particle physics significance warrants PRD's editorial slots. About 20 to 30 percent of submissions are desk-rejected within 1 to 2 weeks.

A desk rejection most often means the editor concluded that the work would fit better at a sister APS journal (PRL for broad short-format Letters, PRA for atomic/molecular/optical, PRB for condensed matter, PRE for statistical/biological, PRX for broad open-access) or that the particle physics/gravitation/cosmology priority bar is not met.

The APS Editorial Office confirms files are complete: manuscript with figures embedded, Supporting Information, REVTeX template formatting, PhySH subject classification (required), data-availability statement (generated from author-supplied answers), cover letter directed to the editor, conflict-of-interest declarations, and ethics-statement documentation.

PRD assigns divisional associate editors based on subfield within approximately one week of submission. Subfields include particle physics phenomenology, particle physics experiment, lattice QCD, gravitation and cosmology theory, observational cosmology, and field-theoretic astrophysics.

The divisional associate editor reads the paper and evaluates particle physics significance, theoretical-or-experimental rigor, PhySH classification routing, and PRD subfield fit. Editors may conclude that a submitted manuscript is unlikely to move further in the review process and issue a rejection without external review.

In parallel with the primary divisional associate editor's read, interdisciplinary papers (e.g., spanning particle physics + cosmology, or gravitation + condensed matter) are discussed across the APS editorial team where peer divisional associate editors weigh in on whether the paper would fit better at PRD or at sister APS Physical Review journals. This editor consultation runs alongside the desk-screen and adds 3 to 5 days to the timeline that is invisible to the author in the portal.

PRD divisional associate editors usually invite 1 referee (occasionally 2 for interdisciplinary papers), with referee recruitment typically taking 5 to 10 days. The recruitment window can take longer because referees with topic-matched particle physics subspecialty expertise are scarce.

Once the referee agrees to review, the typical PRD peer-review cycle lasts 3 to 6 weeks per referee. Referees are asked to evaluate particle physics significance, theoretical-or-experimental rigor, and reproducibility. Referee reports for PRD tend to be thorough; 2000 to 4000 word reports are typical given the particle physics theoretical complexity.

After the report returns, the divisional associate editor synthesizes it. The 2 to 4 month total submission-to-acceptance window applies to papers that pass full APS review.

• Rejection within 1 to 7 days: Administrative issue or fast-track desk rejection.

• Rejection within 7 to 14 days: Divisional associate editor desk rejection per the 20 to 30 percent figure.

• Still Under Review after 2 weeks: Strong signal. Paper passed the divisional associate editor filter.

• Still Under Review after 10 weeks: Referee-recruitment or referee-report delay. A polite inquiry via the APS portal is appropriate.

• Status changes to "Decision Pending": Reports are in; expect a decision within 1 week.

This is the most common anxiety we hear from PRD authors during the active editorial window. The honest answer: no, 5 weeks at Under Review puts you in the normal middle of PRD's 4 to 8 week first-decision distribution. Reports may already be in editorial synthesis with the divisional associate editor preparing the recommendation.

Most referee-driven delays come from the single-referee model (when the one assigned referee is slow or asks for an extension) rather than slow reviews. If the portal still says Under Review at the 8-week mark, the most likely explanation is that the assigned referee asked for an extension and the divisional associate editor granted it. This is normal practice at PRD.

What you should NOT do during the 5-to-8-week window is email the editorial office. PRD divisional associate editors are working academic particle physicists managing 60+ active papers per year; an inquiry at 5 weeks adds friction without accelerating the timeline.

If your PRD paper is rejected after review, the natural cascade depends on what the referee and divisional associate editor cited:

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

Physical Review Letters (PRL) is the APS short-format Letters cascade for broad-physics appeal particle physics work. PRL uses Authors submission portal; editorial contact prl@aps.org.

PRX Quantum is the APS cascade for quantum information aspects of particle physics or cosmology.

Journal of High Energy Physics (JHEP) is the external SISSA cascade for high-energy physics. JHEP uses Editorial Manager at Editorial Manager submission portal; editorial contact jhep@iop.org (JHEP is co-published with IOP).

JCAP (Journal of Cosmology and Astroparticle Physics) is the external IOP cascade for cosmology and astroparticle physics. JCAP uses Editorial Manager at Editorial Manager submission portal; editorial contact jcap@iop.org.

Astrophysical Journal is the external AAS/IOP cascade for observational astrophysics from particle physics origins. ApJ contact via iop.org publishing services.

Nature Physics is the external Springer Nature top-tier physics cascade. The Nature Physics Manuscript Tracking System at mts-nphys.nature.com handles submission; nphys@nature.com handles publisher-level inquiries.

APS asks referees at PRD to evaluate four things specifically. The table below maps each to actionable preparation.

Across Physical Review D manuscripts, the risky papers usually have one strong technical asset but an underbuilt editorial argument around it. PRD's single-referee norm makes that dangerous: one expert's read of significance, rigor, and reproducibility can dominate the first decision.

Of the 50+ manuscripts our team reviewed for Physical Review D, Physical Review Letters, JHEP, JCAP, Astrophysical Journal, and adjacent high-energy physics or cosmology journals, this is the failure pattern we see most often: the result is technically credible, but the manuscript has not made the PRD contribution legible enough for a single skeptical referee.

Use this page when you need to decide what to tighten during the waiting window rather than treating the APS status label as the only signal. Full Manusights reviews include a 60-day money-back guarantee, and we do not train AI on customer manuscripts.

Subfield contribution is technically correct but editorially undernamed

Physical Review D submissions often fail because the abstract states what was calculated, simulated, or constrained without stating why that result matters inside PRD's particle physics, gravitation, cosmology, or field-theoretic astrophysics readership. The fix is a sharper contribution ladder: what previous result is being refined, what assumption is being relaxed, what parameter space is newly constrained, and what figure or equation proves the advance.

If the manuscript could be described as "we computed X more carefully" without losing its core pitch, it needs stronger framing. Run a Check whether your PRD subfield contribution is clear -> before the single referee defines the story for you.

Single-referee fragility is not addressed in the manuscript

Because PRD often uses one referee, authors cannot rely on reviewer averaging. The manuscript has to answer the skeptical referee's predictable concerns inside the paper: why this approximation is valid, why the dataset or simulation settings are adequate, why the statistical treatment is not overclaiming, and why the result belongs in PRD rather than a narrower venue. We often see strong papers with the right analysis but no preemptive response to the most obvious objection.

If your response letter is already carrying arguments that should be in the introduction, methods, or discussion, use a Check if your PRD single-referee response plan is strong enough ->.

Reproducibility package is too implicit for a technical referee

For PRD, reproducibility risk often means code, parameter choices, data cuts, priors, uncertainty propagation, convergence checks, or derivation steps are implied rather than auditable. A referee may accept the broad idea but still hold the paper if one technical link is missing. Before submission or revision, trace each headline conclusion to a figure, equation, dataset, method paragraph, and uncertainty statement. If one step lives only in a private notebook or in author memory, it is not referee-ready.

A Check whether your PRD methods package is referee-ready -> catches the gaps that often become first-round reviewer requests.

This page was created from APS's public PRD editorial policies and practices at Journals author instructions, APS editorial documentation (1 to 2 week desk decisions, 4 to 8 week first decision after review, 2 to 4 month total submission-to-publication, subfield-based divisional associate editor assignment within ~1 week, usually 1 referee occasionally 2 for interdisciplinary, single-blind review), and Manusights pre-submission review experience with PRD-targeted manuscripts.

For the APS physics landscape beyond PRD, see Physical Review Letters (broad short-format), Physical Review X (PRX, broad open-access), PRX Quantum (quantum information), and external particle physics alternatives (Journal of High Energy Physics, JCAP, Astrophysical Journal, Nature Physics).

The choice across these titles depends on whether the central contribution is particle physics/cosmology/gravitation (PRD), broad-physics short-format (PRL), broad open-access (PRX), quantum information (PRX Quantum), high-energy physics SISSA (JHEP), cosmology/astroparticle (JCAP), observational astrophysics (ApJ), or top-tier Nature Portfolio (Nature Physics).

Referees at PRD typically draw from 1 particle physics subspecialty expert (occasionally 2 for interdisciplinary). Editors screen and triage manuscripts before any referee sees them, and preparing a response template that addresses both subfield significance and single-referee anticipation accelerates revision rounds substantially.

For a pre-upload check of your manuscript against the PRD particle-physics-significance bar before submission, our Physical Review D pre-submission diagnostic flags the framing and subfield-fit weaknesses most likely to surface in the single-referee report.