Physical Review B: Scope, Impact Factor and Guide

Physical Review B (commonly abbreviated as PRB) is the world’s largest and most comprehensive peer-reviewed journal dedicated to condensed matter and materials physics. Published continuously by the American Physical Society (APS), the journal serves as the primary archival record for theoretical and experimental research into solid-state physics, electronic systems, and modern materials science.

What it is

Physical Review B is a specialized research publication within the Physical Review family of journals. Established in 1970 when the original Physical Review (founded in 1893 at Cornell University) subdivided into four specialized sections (Physical Review A, B, C, and D), PRB assumed responsibility for solid-state and condensed matter physics. Today, it stands as the standard archival reference for physicists and materials scientists globally.

Unlike broad-appeal periodicals that prioritize short-lived scientific trends, Physical Review B emphasizes technical rigor, reproducibility, and permanence. The journal publishes comprehensive research articles establishing exhaustive theoretical or experimental proofs, as well as rapid-communication reports under the PRB Letters section. Every published article undergoes rigorous peer review managed by professional editors and active researchers.

Who runs it and what it covers

Physical Review B is published by the American Physical Society (APS), a non-profit scientific membership society based in College Park, Maryland. APS oversees editorial standards, peer review integrity, and production logistics across the Physical Review portfolio, supported by an international editorial board of condensed matter theorists and experimentalists.

Topical Scope and Specializations

The scope of Physical Review B spans all established and emerging subdisciplines of condensed matter and materials physics. Major topical areas include:

Electronic Structure and Superconductivity: High-temperature superconductors, conventional BCS mechanisms, heavy-fermion materials, and band structure calculations.
Semiconductors and Mesoscopic Systems: Quantum dots, two-dimensional electron gases, transport phenomena, heterostructures, and spintronics.
Magnetism and Ferroelectrics: Magnetic materials, quantum spin liquids, multiferroic compounds, and domain dynamics.
Two-Dimensional and Nanoscale Materials: Graphene, transition metal dichalcogenides (TMDs), carbon nanotubes, and twisted moiré superlattices.
Topological States of Matter: Topological insulators, Weyl and Dirac semimetals, Majorana bound states, and topological phase transitions.
Disordered Systems and Statistical Physics: Glasses, disordered alloys, percolation phenomena, and structural phase transitions.

Physical Review B Impact Factor and Bibliometric Metrics

Researchers evaluating publication venues examine the physical review b impact factor alongside volume and citation longevity. In Clarivate’s Journal Citation Reports (JCR), the two-year impact factor physical review b stands at 3.9, with a five-year impact factor of 3.7. According to Scopus metrics, the journal maintains a CiteScore of 6.2.

While boutique journals or selective open-access platforms like Physical Review X (PRX) report higher single-year quotients, the PRB impact factor represents an extraordinary baseline given its sheer scale. As documented in Crossref registry records, Physical Review B publishes over 5,200 peer-reviewed articles annually, amassing over 5.5 million total lifetime citations. When consulting a list of scientific journals by impact factor, PRB consistently emerges as one of the most cited physical science journals in existence. Whether evaluating the impact factor of physical review b, the prb journal impact factor, or historical physics review b impact factor benchmarks, the journal provides steady disciplinary authority rather than transient metric spikes.

How to search or use it

Searching the archive and submitting manuscripts to Physical Review B follows standardized workflows across the APS Journals platform. Authors and researchers can engage with the platform through six core operational steps:

Locating Articles and Archive Search: Access the official APS journal portal (journals.aps.org/prb). Users can search the archive by boolean keywords, digital object identifiers (DOIs), author ORCID identifiers, or article numbers, filtering results by publication year and subject classification.
Selecting Manuscript Track (Regular Article vs. PRB Letters): Authors determine whether their finding requires a full-length regular paper or a PRB Letter. Letters are strictly constrained in length and reserved for urgent, high-impact results, whereas regular articles accommodate exhaustive theoretical derivations and complete datasets.
Formatting with REVTeX 4.2: APS requests that manuscripts be prepared using REVTeX 4.2, the official APS LaTeX macro package. REVTeX standardizes two-column layouts, equation formatting, and citation styles. Microsoft Word files are accepted, but REVTeX speeds technical handling and copyediting.
Assigning PhySH (Physics Subject Headings): In place of legacy PACS codes, APS employs the PhySH classification system. Authors choose primary and secondary PhySH concept headings during submission to route manuscripts to appropriate editors and reviewers.
Preparing Data Availability Statements: Under APS Open Science policies, submissions must include a formal Data Availability Statement indicating whether underlying experimental data and calculation files are stored in public repositories, supplementary materials, or available upon request.
Managing Sign-In and Submission: Authors access the APS submission server (authors.aps.org) by signing in with APS credentials or an authenticated ORCID iD, uploading the compiled PDF, source files, figures, and author disclosures.

Strengths and limits

Authors weighing Physical Review B should consider both its institutional advantages and its structural trade-offs.

Strengths

Enduring Archival Authority: A paper in PRB represents a vetted reference in condensed matter physics, with citations typically accruing over decades.
No Mandatory Author Fees for Traditional Publishing: Unlike pure gold open-access journals, PRB charges no mandatory page fees or manuscript handling costs. Subscription publication costs the author $0, and online color figures are rendered free of charge.
Permissive Self-Archiving: APS permits authors to post pre-refereed drafts and accepted manuscripts to preprint repositories such as arXiv without embargo, ensuring green open access compliance.
Specialized Peer Review: Submissions are refereed by active specialists in solid-state and materials theory and experiment.

Limits

Open Access Article Processing Charges: Authors selecting immediate Gold Open Access under CC BY 4.0 must pay an Article Publication Charge (APC) of $2,910 USD, unless covered by an institutional transformative agreement or waiver.
High-Volume Dilution: Publishing over 5,000 papers per year means individual articles rarely receive standalone promotional visibility unless designated an “Editors’ Suggestion.”
Specialized Scope: Studies focused primarily on device engineering, manufacturing protocols, or routine chemical synthesis are redirected to applied physics or materials-focused journals.

Alternatives

Physicists evaluating venues for condensed matter and materials research frequently compare Physical Review B against sister APS journals and external titles. The table below outlines key alternatives:

Journal	Publisher	Primary Scope	Impact Factor (JIF)	Access Model
Physical Review B (PRB)	American Physical Society	Comprehensive condensed matter and materials physics	3.9	Hybrid ($0 subscription / $2,910 APC)
Physical Review Materials	American Physical Society	Interdisciplinary materials research and synthesis physics	3.1	Hybrid ($0 subscription / $2,910 APC)
Physical Review Letters (PRL)	American Physical Society	Short, high-impact letters across all physics disciplines	8.1	Hybrid ($0 subscription / $3,900 APC)
Physical Review X (PRX)	American Physical Society	Highly selective, top-tier research across all physics fields	11.6	Gold Open Access (CC BY, APC applies)
Applied Physics Letters (APL)	AIP Publishing	Applied physics, device mechanisms, and materials applications	3.5	Hybrid ($0 subscription / APC option)
Journal of Applied Physics	AIP Publishing	Full-length research in applied and device physics	2.7	Hybrid ($0 subscription / APC option)

FAQ

What is the current Physical Review B impact factor?

Clarivate Journal Citation Reports (JCR) lists the two-year physical review b impact factor at 3.9, with a Scopus CiteScore of 6.2. The prb impact factor reflects long-term, high-volume citation stability across condensed matter and materials physics.

What is the difference between Physical Review B and Physical Review Letters?

Physical Review Letters (PRL) publishes concise, high-priority breakthroughs across all branches of physics, including astrophysics, plasma, and particle physics. Physical Review B focuses specifically on condensed matter and materials physics, publishing both full-length research papers and concise PRB Letters.

Is Physical Review B an open access journal?

Physical Review B operates as a hybrid journal. Authors may publish free of charge ($0 author fee) under the standard subscription track, where papers are accessible to institutional subscribers. Alternatively, authors can elect Gold Open Access under a Creative Commons CC BY 4.0 license by paying an Article Publication Charge (APC) of $2,910 USD, or through institutional open access agreements.

What formatting style and template does Physical Review B require?

APS recommends authoring in LaTeX using the REVTeX 4.2 macro package, which formats articles to APS specifications. Submissions must also include classification headings from the PhySH (Physics Subject Headings) system and a formal Data Availability Statement.

Does Physical Review B charge submission or page fees?

No. Physical Review B does not charge manuscript submission fees, page charges, or digital color fees. Charges apply only if authors elect Gold Open Access or request physical print color reprints.

Sources

Crossref REST API: American Physical Society Physical Review B Record (ISSN 2469-9950 / 2469-9969), indexed catalog holdings and publication metadata (accessed November 9, 2026).
NLM Catalog: U.S. National Library of Medicine / NCBI Catalog Record 101677937 for Physical Review B (accessed November 9, 2026).
American Physical Society: APS Journals Information for Authors, Physical Review B Scope, PhySH Guidelines, and Open Access Policies (accessed November 9, 2026).
Clarivate Journal Citation Reports: Science Citation Index Expanded, Physical Review B Metrics (accessed November 9, 2026).