Rejected from Physical Review D? The 7 Best Journals to Submit Next

Source: JHEP, EPJC, JCAP, Physics Letters B, Classical and Quantum Gravity, and Universe journal pages; SCOAP3 (scoap3.org); Clarivate JCR 2024 (accessed June 2026).

1. Journal of High Energy Physics (JHEP)

JHEP is the closest peer to PRD for full-length HEP. Its 2024 JIF (~5.5) is essentially tied with PRD's (5.3), and the scope overlaps almost completely for particle physics, quantum field theory, and string theory. JHEP is run by SISSA and published by Springer, it is fully gold open access, and SCOAP3 covers the cost for HEP articles, so you pay nothing. Many formal theory groups default to JHEP.

If PRD rejected your paper on borderline significance grounds rather than correctness, JHEP often reaches a different conclusion because its editorial board is drawn from active HEP researchers.

Best for: Formal theory, QFT, string theory, collider phenomenology, and lattice gauge theory.

2. European Physical Journal C (EPJC)

EPJC is Springer's dedicated particles-and-fields journal, with strong editorial connections to CERN and a long history as the home for European collaboration papers. Its 2024 JIF (~4.8) sits just below PRD's, and it is fully SCOAP3-funded, so HEP authors publish at no cost under CC BY. If your paper is an experimental result or a large-collaboration analysis that PRD found too specialized, EPJC's referees are comfortable with detailed experimental HEP and phenomenology.

Best for: Experimental HEP, collaboration papers, phenomenology, and detector physics.

3. Journal of Cosmology and Astroparticle Physics (JCAP)

JCAP is the specialist venue for cosmology and astroparticle physics, jointly owned by IOP and SISSA. It covers theoretical, observational, and experimental cosmology, dark matter and dark energy, gravitational lensing, and structure formation. If PRD treated your cosmology paper as too narrow for its general HEP and gravitation readership, JCAP is built for exactly that audience. The journal offers gold and green open-access routes; it left the SCOAP3 agreement in 2017, so check current APC and funder coverage before you submit.

Best for: Cosmology, dark matter and dark energy, inflation, structure formation, and astroparticle physics.

4. Physics Letters B

Physics Letters B (IF ~4.3) is the short-format particle and nuclear physics journal, similar in concept to PRL but anchored specifically in the HEP community. It is SCOAP3-covered, so HEP authors pay nothing, and its review time (4-8 weeks) is fast. If PRD rejected a result that is genuinely urgent and can be told briefly, reformatting it for Physics Letters B can get it out faster than a full-length resubmission elsewhere.

Best for: Short, urgent particle or nuclear physics results that do not need a full-length treatment.

5. Classical and Quantum Gravity

CQG (IF ~3.7), published by IOP, is the specialist home for gravitational physics and the theory of spacetime, with a readership spanning gravitational theorists and experimentalists in physics, mathematics, and cosmology. If your PRD paper was a general relativity, numerical relativity, or quantum gravity contribution that fell outside PRD's HEP-weighted lane, CQG referees evaluate exactly this kind of work and value depth in the gravitation subfield.

Best for: General relativity, numerical relativity, quantum gravity, gravitational waves theory, and mathematical relativity.

6. Universe (MDPI)

Universe (IF ~2.6) is a fully open-access journal covering fundamental and applied physics from near-Earth space to cosmological scales. Its first-decision time is fast (around three weeks median), which makes it practical when timing matters. The APC is roughly CHF 1,600. Universe accepts a broader range of contributions than the specialist journals above, so it works for solid work that is correct but did not clear PRD's significance bar.

Best for: Solid cosmology and gravitation work on a tight timeline, review-style contributions, and broader fundamental-physics topics.

7. Physical Review Letters (aspirational)

If a PRD referee said the result was more important than PRD's full-length archive role implies, and you can compress the core finding into letter format, PRL is the aspirational move. PRL is highly selective (~20-25% acceptance) and demands broad cross-subfield interest, so this is a stretch, not a safety net. Reserve it for results with genuine breadth, and expect to expand the work into a full PRD or JHEP paper later regardless of the PRL outcome.

Best for: Genuinely broad-interest results that can be told in four pages.

PRD sits inside the American Physical Society portfolio, and the Physical Review family explicitly welcomes manuscript transfers between its journals. When PRD is not the right fit, the editors often suggest a sibling journal, and a transfer carries your full history, including all referee correspondence, to the receiving journal. The receiving editors make their own decision, but a documented referee history can shorten the next review. Here is how to route the cascade by rejection reason.

Rejected for scope misfit (belongs in another Physical Review section)? Use the APS transfer service to move to the correct section journal. Nuclear physics goes to Physical Review C, atomic and optical to Physical Review A, condensed matter to Physical Review B. The transfer keeps your referee history intact, which is the main advantage of staying inside the portfolio.

Rejected as a HEP paper that is sound but not the right tier for PRD? Move to JHEP or EPJC. These are outside APS, so it is a fresh submission rather than an internal transfer, but both are SCOAP3-covered at no cost and both have HEP-active editorial boards that often weigh significance differently than PRD did.

Rejected as cosmology or astroparticle work? JCAP is the specialist next step. If timing is tight, Universe offers a faster decision at a modest APC.

Rejected as a gravitation or spacetime-theory paper? Classical and Quantum Gravity is the specialist home.

Rejected after referee review with fixable concerns? Address every referee point before you move, even when switching journals.PRD referees are subfield experts, and their feedback usually anticipates what the next journal's referees will ask. If you transfer within the portfolio, you must respond fully to the original reports.

Evidence basis: the patterns below come from our pre-submission review work across particle physics, gravitation, and cosmology manuscripts, cross-checked against APS editorial policies and the journal's published scope. We did not test PRD'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.

In our pre-submission review work with Physical Review D submissions, four named rejection patterns generate the most consistent outcomes worth knowing before you resubmit anywhere. Each maps to a distinct editorial triage pattern at PRD, so knowing which one caught your paper tells you where it goes next.

Formalism without a stated connection to observables. Physical Review D runs a testability-first editorial model: the journal emphasizes theoretical predictions amenable to experimental test or phenomenological analysis. We see this failure as the most common pattern in Physical Review D submissions we review: papers that present elegant derivations or model Hamiltonians but never specify, in the abstract or the conclusion, what experimental observable or observational signature the result predicts. The fix is structural, not cosmetic.

The abstract should name the observable and the equations and numerical estimates should be tied to a measurable quantity, so a referee can see the test rather than infer it.

Central contribution outside the particles, fields, gravitation, and cosmology lane. Physical Review D is scoped tightly against its sibling section journals. We see this pattern in Physical Review D submissions we review where the core result is really nuclear structure (PRC territory), atomic or optical physics (PRA), or condensed matter (PRB), with a thin HEP or cosmology framing on top. Editors desk-reject these for scope rather than quality.

Before resubmitting, decide honestly which Physical Review section the physics belongs to, because the same scope mismatch will surface at any journal whose remit you misread.

Insufficient advance over recent literature, with a weak comparison. Physical Review D publishes incremental full-length work more readily than PRL, but there is still a minimum-advance threshold, and the referee judges it against your own literature comparison. We see this failure regularly in submissions we review where the derivations are correct but the references and the discussion do not make clear what is new relative to a paper published in the past year.

A comparison table or a figure that places your result against the prior state of the art, with the delta stated explicitly, is the single highest-return revision before resubmission.

Numerical methods reported without convergence or error analysis. For lattice, numerical relativity, and simulation papers, Physical Review D referees expect a documented convergence study and a quantified error budget. We see this pattern in computational Physical Review D submissions we review where the central figures show a result but the supplementary material omits the lattice-spacing extrapolation, the resolution study, or the statistical and systematic error breakdown.

Referees treat an undocumented numerical method as an open question, and the manuscript stalls. Add the convergence and error analysis to the methods and supplementary sections before you move to JHEP, EPJC, or JCAP, because those referees ask the same questions.

Before you resubmit, a Physical Review D desk-rejection risk check can flag which of these patterns your manuscript still triggers.

A PRD rejection is rarely the end of the road, but blasting the same manuscript down the ladder is a mistake. The same scope misfit, the same missing observable, or the same weak literature comparison will surface at the next journal, and HEP review timelines add up fast when a paper bounces. The honest question is whether the rejection was about fit or about the physics.

Move journals now if the rejection cited scope: the fix is choosing the right venue, not revising the science, and a transfer or a fresh submission to the correct journal is straightforward.

Fix first, then move, if the rejection cited testability, correctness, or insufficient advance. The manuscript needs real work first, and submitting it unrevised will waste another review cycle.

Think twice before resubmitting if you cannot point to a specific change that answers the referee's main objection. An appeal back to PRD only makes sense when you can document a clear referee error, because a resubmission after rejection is treated as a formal appeal that consults a Divisional Associate Editor and rarely overturns a scope or significance call. When the objection is genuine and unaddressed, the same referees, or the next journal's referees, will raise it again.

This page is written from the editor-and-referee side of the PRD desk. The patterns below come from our pre-submission review work rather than from a single submission, so the routing reflects what reviewers across the particle physics, gravitation, and cosmology subfields actually flag, not a generic checklist a reader could assemble from the journal's own scope statement.