Rejected from Physical Review B? The 6 Best Journals to Submit Next

PRB wants papers that advance physical understanding, not just report measurements or calculations. If your paper measured a material's properties without explaining the physics behind the observations, or ran DFT calculations without extracting physical insight, the reviewers will consider it incomplete. "We calculated the band structure of material X" isn't a PRB paper unless you explain what the band structure tells us about the physics of the material.

PRB publishes extensive computational work, from DFT to many-body theory to Monte Carlo simulations. But the editors increasingly expect computational papers to connect to experiment. If your calculations predict new phenomena but don't compare to any experimental data, or propose a new material but don't assess whether it can be synthesized, reviewers may find the work ungrounded. Pure methodology papers (new DFT functional without application) face a particularly high bar.

PRB publishes incremental advances more readily than PRL or Nature Physics, but there's still a minimum novelty threshold. Applying a known theoretical framework to a slightly different material, measuring a known property under slightly different conditions, or computing a known quantity with a marginally better method may fall below that threshold. The reviewers need to see something they didn't already know.

Condensed matter physics papers can be dense, and PRB reviewers have limited patience for manuscripts that are poorly organized or unnecessarily opaque. If the main result is buried on page 15 of a 20-page paper, the reviewers may miss it. Clear writing matters, even in a field that tolerates long, technical papers.

Before choosing your next journal, a Physical Review B manuscript fit check can tell you whether the issue was scope or something more fundamental to address first.

1. Journal of Physics: Condensed Matter

JPCM is the most direct alternative to PRB for condensed matter physics. Published by IOP, it covers the same subfields: electronic structure, magnetism, superconductivity, soft matter, and surface physics. The impact factor (~2.3) is lower than PRB's, but JPCM is well-respected within the community and indexed in all major databases. For papers that PRB rejected on borderline grounds, JPCM's editorial team often provides more constructive feedback. The journal also publishes topical reviews, which PRB does not.

Best for: All areas of condensed matter physics. Papers that narrowly missed PRB's threshold. Theoretical and experimental work.

2. Physical Review Materials

PRM is the APS's dedicated materials physics journal, launched to serve the growing intersection of condensed matter physics and materials science. The impact factor (~3.4) is close to PRB's, and the journal specifically welcomes papers where the materials aspect is as important as the physics. If PRB rejected your paper because the contribution was "more materials science than physics," PRM is designed for exactly that space. The APS editorial infrastructure means the review process is familiar and professional.

Best for: Materials physics, first-principles materials design, structure-property relationships, experimental materials characterization.

3. European Physical Journal B

EPJ B covers condensed matter and statistical physics, with a European editorial team. The acceptance rate (~50%) is higher than PRB's, and the journal is particularly receptive to theoretical and computational condensed matter work. For theory papers that PRB considered insufficiently novel, EPJ B may see more value in the theoretical development itself. The impact factor (~1.6) is lower, but the journal reaches the European condensed matter community effectively.

Best for: Condensed matter theory, statistical mechanics, disordered systems, phase transitions.

4. Computational Materials Science

For papers where the primary contribution is computational (DFT calculations, molecular dynamics simulations, machine learning for materials), Computational Materials Science is a natural home. Published by Elsevier, the journal specifically values computational methodology and materials design. If PRB rejected your computational paper for lacking experimental connection, CMS is more comfortable with purely computational work. The journal publishes both methods development and applied computational studies.

Best for: DFT studies, molecular dynamics, Monte Carlo simulations, machine learning for materials prediction.

5. Physical Review Research

PRR is the APS's broad-scope, open-access journal. It covers all areas of physics with a more inclusive editorial policy than PRB. Papers that PRB rejected for being "confirmatory," "too specialized," or "insufficiently novel" are candidates for PRR. The journal explicitly welcomes negative results, methodological papers, and detailed technical studies that contribute to the field's knowledge base even without a headline result. The impact factor (~4) is actually slightly higher than PRB's.

Best for: Confirmatory studies, detailed technical work, negative results, broad physics contributions.

6. Journal of Applied Physics

For condensed matter papers with an applied angle, JAP bridges the gap between fundamental physics and engineering applications. The journal publishes experimental and theoretical papers on applied physics, including semiconductor physics, thin films, magnetic devices, and optical materials. If PRB rejected your paper for being "too applied," JAP values exactly that practical perspective. The review process is managed by the AIP, and the timeline is comparable to PRB's.

Best for: Applied condensed matter, semiconductor devices, thin film physics, magnetism for applications.

Rejected for "insufficient novelty"? Journal of Physics: Condensed Matter or Physical Review Research both publish thorough, well-executed work that doesn't meet PRB's novelty threshold. EPJ B is also an option for theory papers.

Rejected for "more materials science than physics"? Physical Review Materials is built for this overlap. Chemistry of Materials is another option if the work has a strong chemistry component.

Rejected for "computational work without experimental validation"? Computational Materials Science publishes purely computational papers. Alternatively, find an experimental collaborator and add validation data before resubmitting.

Rejected for "too applied"? Journal of Applied Physics directly serves the applied condensed matter community. Don't fight the scope issue. Embrace it.

Rejected after review with fixable concerns? Address all reviewer comments, even if you're switching journals. PRB reviewers are condensed matter experts, and their feedback is probably more useful than what you'll get at a less specialized venue.

Lead with the physics. If PRB reviewers said the physics was unclear, restructure your paper to put the physical insight front and center. Start the results section with the most surprising finding, not the most basic measurement.

Connect calculations to experiments. If your paper is computational, add comparison to experimental data, even if it's published data from other groups. Show that your calculations predict or explain real observations. If no experimental data exists, explain what experiments could test your predictions and why those experiments are feasible.

Tighten the manuscript. PRB papers can be long, but that doesn't mean they should be. Remove redundant figures, combine related plots, and cut paragraphs that don't advance the story. A focused 12-page paper makes a stronger impression than a 25-page paper with the same content diluted.

Update references. Condensed matter physics moves quickly, particularly in topological materials, 2D materials, and quantum information science. If your reference list doesn't include relevant papers from the past year, update it. Reviewers notice when you've missed their recent work.

Condensed matter review timelines can stretch to months when papers bounce between journals. Save yourself a cycle by running your revised manuscript through a manuscript scope and readiness check to check formatting, reference completeness, and scope alignment with your target journal. The right preparation before submission avoids the wrong outcome after review.

Resubmit to the same tier if:

• Reviewers praised the science but identified specific fixable issues
• The rejection letter suggested "consider resubmission after addressing concerns"
• You can complete the requested revisions within 2-3 months
• No competing paper has appeared since your submission

Move to a different journal if:

• The rejection cited scope mismatch rather than quality concerns
• Multiple reviewers questioned the significance or novelty
• Your timeline requires a decision within the next 2-3 months
• A more specialized journal's readership would value the work more

Reframe the manuscript before resubmitting anywhere if:

• Reviewers identified fundamental methodology problems
• The core argument needs restructuring, not just polishing
• New experiments or analyses are needed to support the claims
• The rejection exposed a gap between claims and evidence

In our pre-submission review work with manuscripts targeting Physical Review B, four patterns generate the most consistent desk rejections worth knowing before resubmission.

Scope outside condensed matter physics or materials physics. Physical Review B is specifically scoped to condensed matter physics and materials physics. We see this failure as the most common pattern in Physical Review B desk rejections we review: papers from chemistry, engineering, or applied physics that involve solid-state materials but whose primary contribution is chemical synthesis, device engineering, or application demonstration rather than condensed matter physics. In our review of Physical Review B submissions, we find that editors consistently require that the central contribution be a physical understanding of a condensed matter system, not a material or device result.

Incremental characterization of a material property without physical insight. Physical Review B expects that experimental measurements or calculations reveal something new about the physics of a condensed matter system. Papers reporting transport, optical, or magnetic measurements on a new material without connecting those measurements to new understanding of the underlying physics face desk rejection for limited advance. We see this pattern in Physical Review B submissions we review describe measurements on new materials where the results are consistent with existing theoretical frameworks without testing or extending that framework.

Theoretical calculations without connection to observable physical phenomena. Computational physics papers in Physical Review B must connect to experimentally observable properties or provide predictions that can be tested. Papers presenting density functional theory calculations or model Hamiltonian results without specifying what experimental observables the calculations predict and how they could be tested face consistent editorial concerns. We see this pattern in theoretical submissions we review for Physical Review B.

Significance confined to a narrow subfield of condensed matter physics. Physical Review B covers all of condensed matter, from quantum materials to soft matter to surface physics. Papers whose significance is visible only to specialists in topological insulators, or only to researchers working on a specific class of correlated electron systems, face desk scope concerns. We see this failure regularly in highly specialized condensed matter submissions we review.

SciRev community data for Physical Review B confirms desk rejections typically arrive within days, with post-review first decisions within 6-10 weeks, consistent with the American Physical Society editorial cadence.