Physical Review D APC and Open Access: SCOAP3, APS Pricing, and Why Your HEP Paper Might Be Free

SCOAP3 (Sponsoring Consortium for Open Access Publishing in Particle Physics) is one of the most successful open access initiatives in any scientific field. Coordinated by CERN, it's a global consortium of libraries, funding agencies, and research institutions that collectively pay APCs for high-energy physics articles.

Here's how it works:

1. You submit your paper to Physical Review D normally
2. If the paper falls within SCOAP3-defined HEP scope, it's flagged during the editorial process
3. At publication, SCOAP3 pays the APC directly to APS
4. Your article is published as gold OA under CC BY at no cost to you
5. You don't need to apply, request, or do anything. It's automatic.

What SCOAP3 covers:

• Particle physics (experimental and theoretical)
• Nuclear physics related to particle physics
• Accelerator physics
• Lattice gauge theory
• Phenomenology closely connected to collider experiments
• Certain areas of mathematical physics with direct HEP connections

What SCOAP3 does not cover:

• General relativity and gravitational physics (unless directly HEP-connected)
• Cosmology and astrophysics (unless particle physics content is primary)
• Classical gravity, gravitational waves
• Quantum information in physics contexts

The boundary isn't always obvious. Some papers on dark matter, neutrino physics, or cosmological models of the early universe may or may not qualify. APS and SCOAP3 make the determination, and authors can inquire if they're unsure.

SCOAP3 has been running since 2014 and covers approximately 40-50% of articles published in Physical Review D. For the journal's core HEP audience, it has effectively eliminated publication costs.

For non-SCOAP3 articles, APS membership affects your OA cost:

APS membership is standard for working physicists, especially in the US. If you're a physicist not yet a member, the math is simple: the membership dues are less than the OA discount on a single paper. Join before you submit.

APS also offers a tiered OA pricing model based on article length. Short papers (up to a certain page count) get a lower rate, while longer papers pay more. This is unusual among publishers but reflects the reality that longer papers cost more to produce and host.

Unlike fully gold OA journals, Physical Review D's subscription track is a genuine, no-cost option that many authors use. The subscription model works the same way it has for decades:

1. You publish for free
2. Your article is available to anyone with a Physical Review subscription (nearly all physics departments worldwide)
3. After the embargo period, you can self-archive the accepted manuscript

APS's self-archiving policy is more generous than many publishers. Authors can post the accepted manuscript on arXiv (which most physicists do anyway) without restriction. In practice, this means that almost every Physical Review D paper is freely available on arXiv regardless of whether it's gold OA.

This is a distinctive feature of physics publishing. The field's universal use of arXiv as a preprint server means the practical access difference between subscription and gold OA articles is much smaller than in biology or social sciences. Your colleagues will read your paper on arXiv whether or not it's gold OA on the journal's website.

Physical Review D is one of the flagship journals of the American Physical Society, covering particles, fields, gravitation, and cosmology. Founded in 1970 as a split from the original Physical Review, it has been the primary journal for American high-energy physics for over 50 years.

Key facts:

• Impact factor: 4.6 (2024)
• Annual volume: Approximately 4,000-5,000 articles per year
• Scope: Particle physics, quantum field theory, gravitation, cosmology, mathematical physics, and related areas
• Acceptance rate: Approximately 55-65% (physics journals tend to have higher acceptance rates because of the arXiv culture and pre-screening)
• Indexed in: Web of Science, Scopus, INSPIRE-HEP, ADS, and all physics databases

The relatively high acceptance rate in physics requires context. In physics, most poor papers are filtered out before submission because the arXiv ecosystem creates informal pre-review. A paper that gets negative arXiv feedback is less likely to be submitted to a journal. The papers that do reach PRD have already been vetted by the community to some degree.

PRD publishes some of the most cited papers in physics. LIGO gravitational wave detection papers, Higgs boson measurements from ATLAS and CMS, and foundational theoretical work have all appeared in PRD. The journal's reputation is firmly established at the top tier of physics.

For HEP researchers funded by European agencies (most Plan S funders), SCOAP3 coverage solves the compliance problem automatically. Your paper is gold OA, CC BY, zero embargo, at no cost.

For non-HEP PRD content funded by Plan S agencies, you'll need to pay for gold OA. The subscription track plus arXiv doesn't satisfy Plan S's formal requirements, even though the practical access is similar.

DOE-funded physics research has specific requirements for deposit in OSTI (Office of Scientific and Technical Information). APS handles this integration for gold OA articles.

• Page charges may apply for very long papers in the subscription track. APS has historically charged overlength fees for Physical Review articles exceeding certain page limits. Check current policy.

• No color figure fees. All figures are free in the digital edition.

• arXiv is essential. In physics culture, you should post to arXiv before or simultaneously with journal submission. This is standard practice, not optional.

• Tax may apply. APS charges US sales tax where applicable.

• INSPIRE-HEP indexing is automatic. Your paper appears in the INSPIRE database, the primary citation tracking system for HEP.

• Transfer between APS journals: If rejected from PRL, your paper can be transferred to PRD (or Physical Review C, etc.) without restarting the review process.

• LaTeX is expected. Unlike some fields, physics journals assume LaTeX submissions. APS provides the REVTeX template.

Physical Review D makes sense when:

1. Your paper is in HEP and will be SCOAP3-covered (free gold OA, automatic)
2. You work in gravitational physics or cosmology, where PRD is the natural home
3. You want the APS brand and the Physical Review name on your CV
4. Your paper was rejected from PRL and you want a smooth transfer

It's less ideal when:

1. Your paper is pure HEP theory and could go to JHEP (free, higher IF)
2. Your paper is pure cosmology and could go to JCAP (free, higher IF)
3. You need gold OA for a non-SCOAP3 paper and can't afford $2,100-$2,700
4. You want a fully gold OA journal with no subscription track complexity

For more about PRD's scope, editorial policies, and submission guidelines, visit the Physical Review D page on APS.

Before submitting, verify that your manuscript's formatting, references, and methodology meet the standards PRD reviewers expect. Physical Review D submission readiness check to catch issues early. For cost comparisons across other journals in your field, see our guide to Scientific Reports, which covers a broader range of physics and interdisciplinary research.

Worth paying if:

• Your funder mandates open access (check Plan S / cOAlition S requirements)
• An institutional Read & Publish agreement covers the fee
• Open access visibility meaningfully benefits your research area
• The APC fits within your grant budget

Consider alternatives if:

• The APC is a personal out-of-pocket expense
• A subscription option or green OA (preprint + embargo) satisfies your funder
• Another OA journal with a lower APC would provide similar visibility