Is ACS Nano a Good Journal? What Nanoscience Researchers Need to Know
ACS Nano is the ACS flagship for interdisciplinary nanoscience. Here's when the nanoscale makes your paper ACS Nano material, and when Nano Letters, Nature Nanotechnology, or Advanced Materials is the better fit.
Research Scientist, Neuroscience & Cell Biology
Author context
Works across neuroscience and cell biology, with direct expertise in preparing manuscripts for PNAS, Nature Neuroscience, Neuron, eLife, and Nature Communications.
Journal fit
See whether this paper looks realistic for ACS Nano.
Run the Free Readiness Scan with ACS Nano as your target journal and see whether this paper looks like a realistic submission.
ACS Nano at a glance
Key metrics to place the journal before deciding whether it fits your manuscript and career goals.
What makes this journal worth targeting
- IF 16.0 puts ACS Nano in a visible tier — citations from papers here carry real weight.
- Scope specificity matters more than impact factor for most manuscript decisions.
- Acceptance rate of ~~8.4% means fit determines most outcomes.
When to look elsewhere
- When your paper sits at the edge of the journal's stated scope — borderline fit rarely improves after submission.
- If timeline matters: ACS Nano takes ~9 day. A faster-turnaround journal may suit a grant or job deadline better.
- If open access is required by your funder, verify the journal's OA agreements before submitting.
How to read ACS Nano as a target
This page should help you decide whether ACS Nano belongs on the shortlist, not just whether it sounds impressive.
Question | Quick read |
|---|---|
Best for | ACS Nano published by the American Chemical Society is the premier journal for nanoscale science and. |
Editors prioritize | Novel nanomaterial synthesis or exceptional properties |
Think twice if | Nanomaterial characterization without application or exceptional properties |
Typical article types | Article, Perspective, Review |
Quick answer: ACS Nano (IF 16.1, JCR 2024) is one of the top interdisciplinary nanoscience journals. It's the right venue when the nanoscale dimension is scientifically decisive, meaning the result depends on size, confinement, interface, or assembly behavior at the nanoscale. It's the wrong venue when the nanoscale is decorative (you used nanoparticles, but any form of the material would have worked).
If you are checking the current citation metric rather than journal fit, use the dedicated ACS Nano impact factor page. This page owns the fit verdict.
The Numbers
Metric | Value | Source |
|---|---|---|
Impact Factor (JCR 2024) | 16.1 | Clarivate JCR |
5-Year IF | 16.5 | Clarivate JCR |
CiteScore | 24.2 | Scopus |
Acceptance rate | ~15-20% | Industry estimate |
Median first decision | 31.9 days | ACS Nano about page |
Median to acceptance | 88.1 days | ACS Nano about page |
APC | Hybrid OA options | ACS |
Publisher | American Chemical Society |
The Core Editorial Question: Is the Nanoscale Decisive?
ACS Nano editors ask one question before anything else: does this paper depend on the nanoscale, or does it just use nanomaterials?
A paper showing improved catalytic activity from a nanoparticle catalyst isn't automatically an ACS Nano paper. If the catalytic improvement comes from higher surface area (which any high-surface-area material would provide), the nano is decorative. If the improvement comes from quantum confinement effects, specific facet-dependent selectivity, or interface phenomena that only exist at the nanoscale, that's decisive.
This distinction is the #1 desk rejection reason at ACS Nano. The editors have been explicit about it: "the journal wants breakthrough nanoscience with broad conceptual or application impact," not "good materials science that happens to involve nanoparticles."
What makes the nanoscale decisive:
- Size-dependent optical, electronic, or catalytic properties (quantum dots, plasmonic nanoparticles)
- Interface and surface phenomena that disappear at bulk scale
- Assembly and confinement effects unique to nanometer dimensions
- Nano-bio interactions where the nanostructure determines biological response
What makes the nanoscale decorative:
- Using nanoparticles for higher surface area (any porous material would work)
- Coating a surface with a nanomaterial without explaining why the nano matters
- Claiming "nano" in the title when the physics is bulk-scale
How ACS Nano Compares on Editorial Fit
Journal | IF | Best For | Key Difference |
|---|---|---|---|
ACS Nano | 16.1 | Interdisciplinary nanoscience where nano is decisive | Broadest nano scope, requires nano-specific insight |
Nature Nanotechnology | 34.9 | Paradigm-shifting nano with cross-field impact | Much more selective, needs Nature-family significance |
Nano Letters | 9.6 | Focused nano results in short communication format | Shorter papers, faster turnaround, lower IF |
Advanced Materials | 26.8 | Materials discoveries (nano or bulk) with broad impact | Broader scope, not nano-specific |
Small | 12.1 | Nano and micro-scale science | Broader than ACS Nano, slightly lower selectivity |
ACS Nano vs Nano Letters: Both are ACS journals in the nano space. ACS Nano is for the full story with complete characterization, mechanistic depth, and multi-system validation. Nano Letters is for the exciting finding told concisely. If your paper needs 7+ figures to be convincing, it's ACS Nano. If the core result fits in 4 figures, Nano Letters may give faster publication.
ACS Nano vs Nature Nanotechnology: Nature Nanotechnology wants paradigm-shifting work that changes how scientists outside nanoscience think. ACS Nano wants breakthrough nanoscience that changes how nano researchers think. If your finding matters to physicists, biologists, and engineers who don't normally read nano papers, try Nature Nanotechnology. If it matters to the broad nano community, ACS Nano is the right target.
What the Editors Have Said Publicly
ACS Nano's scope statement is unusually specific. The journal explicitly includes: synthesis and assembly, nanofabrication, energy conversion and storage, nanobiotechnology and nanomedicine, catalysis, nanodevices, single-molecule and single-atom methods, theory and simulation, AI and machine learning for nanotechnology, quantum materials, and environmental health and safety.
The key phrase: "what holds those topics together is not simply that they are small-scale." The journal wants work where the nanoscale consequence is the scientific point, not the size label.
Submit If / Think Twice If
Submit if:
- Your paper demonstrates a result that specifically depends on nanoscale properties (confinement, interface, assembly)
- The work spans multiple nano communities, chemists, physicists, engineers, or biologists can all see the significance
- Mechanistic depth is strong enough to explain WHY the nanoscale matters, not just THAT it does
- The paper includes multi-system validation (not just one nanoparticle composition in one application)
Think twice if:
- You used nanoparticles but the result doesn't depend on the nanoscale (materials science journal instead)
- The paper is a single application demonstration without broader nano-community significance
- The story needs 12+ figures, you might be submitting two papers as one
- Nature Nanotechnology (IF 38.1) is realistic for the paper, try there first
Before submitting, a ACS Nano scope and readiness check can assess whether your paper's nano-specific contribution is clear enough for ACS Nano's editorial bar.
Journal fit
See whether this paper looks realistic for ACS Nano.
Run the scan with ACS Nano as the target. Get a manuscript-specific fit signal before you commit.
Before you submit
A ACS Nano submission readiness check identifies the specific framing and scope issues that trigger desk rejection before you submit.
ACS Nano's editorial philosophy
ACS Nano (IF 16.0) asks "how does this nanomaterial work?" The editorial focus is fundamental nanoscience and mechanistic understanding of nanoscale phenomena. This distinguishes it from Advanced Materials (IF 26.8), which asks "what can this material do?"
ACS Nano does not accept papers where the nanoscale is incidental to the finding. If the result would be the same at macro scale, it does not belong here. The journal also does not accept characterization-only studies without mechanistic insight.
The acceptance rate is ~8.4% with a 31.9-day median to first decision. ACS journals require 6-8 reviewer suggestions and preprint disclosure.
A ACS Nano desk-rejection risk check scores fit against the journal's editorial bar.
Frequently asked questions
Yes. ACS Nano is the leading ACS journal for interdisciplinary nanoscience. It publishes breakthrough research where the nanoscale dimension is scientifically decisive, meaning the result specifically depends on size, interface, confinement, or assembly at the nanoscale. Q1 in both Nanoscience and Materials Science.
Approximately 15-20%. Median first editorial decision is 31.9 days. The journal desk-rejects papers where the nanoscale is incidental rather than decisive, this is the #1 rejection reason.
ACS Nano publishes longer, more comprehensive papers with full mechanistic stories. Nano Letters publishes shorter communications for focused results. ACS Nano carries higher prestige in the nano community. Nano Letters is better for concise findings that don't need a full-length treatment.
The most common rejection: the paper is materials science that happens to use nanomaterials, but the nanoscale isn't what makes the result interesting. ACS Nano wants papers where size, confinement, interface, or assembly at the nanoscale is the scientific reason the result exists.
Nature Nanotechnology is far more selective and requires cross-field significance beyond nanoscience. ACS Nano is the default top-tier venue for excellent nanoscience that doesn't need Nature-family significance claims. Most nanoscience researchers should target ACS Nano unless the paper is truly paradigm-shifting.
Sources
- ACS Nano About Page, ACS.
- ACS Nano Author Guidelines, ACS.
- Clarivate Journal Citation Reports (JCR 2024, released June 2025).
Final step
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