ACS Nano vs Advanced Materials: Which Should You Submit To?

Advanced Materials carries the stronger citation profile and broader materials prestige, but the real decision is editorial emphasis. Advanced Materials is application-forward and performance-sensitive. ACS Nano is more mechanistic and nano-specific. For many manuscripts, that fit difference matters more than the raw gap in citation metrics.

In career terms, publishing in Advanced Materials is a major achievement and career-advancing. Publishing in ACS Nano is solid and respectable, particularly within the nanotechnology community, but not prestige-defining at the level of Advanced Materials. For materials scientists and nanotechnologists, Advanced Materials publication is more career-defining than ACS Nano.

Advanced Materials publishes research on novel materials, structures, and processes with emphasis on applications and performance. The journal covers polymers, ceramics, composites, electronic materials, photonic materials, energy materials, and biomaterials. Within nanotechnology, Advanced Materials focuses on nanomaterials that demonstrate novel applications, superior performance, or transformative potential for industry or technology.

ACS Nano publishes nanotechnology research across all scales - nanoparticles, nanowires, nanotubes, 2D materials, nanocomposites, and nanostructured systems. The journal emphasizes fundamental understanding of nanoscale phenomena, structure-property relationships, and mechanistic nanoscience alongside applications.

The key distinction: Advanced Materials asks "What can this material do? What novel application or performance does it enable?" ACS Nano asks "How does this nanomaterial work? What are the fundamental nanoscale mechanisms?" Advanced Materials is application-forward; ACS Nano is science-forward.

Advanced Materials values papers showing: novel nanomaterial performance in a target application; superior performance vs. existing materials; new processing or synthesis methods enabling new applications; demonstration of scalable, practical nanomaterial use cases; or unexpected material properties with clear applications.

ACS Nano values papers showing: fundamental understanding of nanoscale structure-property relationships; mechanistic insights into nanoparticle behavior; discovery of unexpected nanoscale phenomena; novel nanomaterial synthesis or assembly methods; or fundamental characterization of 2D materials or nanostructures.

In practice: A study of graphene oxide nanoparticles for drug delivery showing excellent therapeutic efficacy would be strong for Advanced Materials (application and performance). A study of how graphene structure affects its electron transport properties would be strong for ACS Nano (fundamental nanoscience). Both journals might accept either, but Advanced Materials prioritizes application potential, while ACS Nano prioritizes fundamental understanding.

Advanced Materials editors are selective and value novelty and application potential. Papers demonstrating new materials with clear advantages are welcomed. Papers on fundamental nanoscience without clear applications may be desk-rejected as too fundamental for the journal's mission. Conversely, papers with strong performance data and application potential have good chances.

ACS Nano editors value mechanistic depth and nanoscience rigor. Papers with thorough characterization and mechanistic understanding, even without immediate applications, are valued. Papers that are application-driven but mechanistically shallow may be desk-rejected. The bar emphasizes scientific rigor alongside novelty.

In practical terms: If your nanomaterial has strong application potential but limited mechanistic understanding, Advanced Materials is more welcoming. If your work is mechanistically rigorous but application-light, ACS Nano is more receptive.

Advanced Materials: ~6% acceptance rate. Highly selective even by top materials-journal standards.

ACS Nano: ~8.4% editorial acceptance rate based on the current ACS metrics summary.

Both journals are genuinely hard to get into. Advanced Materials remains the tighter gate, while ACS Nano is only modestly more accessible and still expects unusually strong nanoscience execution.

Advanced Materials: ~40 days to first decision in the current Manusights canonical journal data.

ACS Nano: 31.9 days median to first decision with peer review on the current ACS metrics page.

In practice, both journals move on the scale of weeks to a few months, but neither should be treated as a rapid-publication venue.

If your nanomaterial demonstrates novel application or superior performance: Advanced Materials is the prestige choice. Higher impact, more application-forward editorial focus, and your target audience (materials and application-focused researchers) reads it.

If your research is fundamental nanoscience with mechanistic rigor: ACS Nano is the better fit. The journal values scientific depth and mechanistic understanding over applications.

If your work is a new synthesis method for nanomaterials: Both journals accept synthesis work, but ACS Nano may be more receptive if the focus is on understanding synthesis mechanisms. Advanced Materials is receptive if the synthesis enables new applications.

If your research involves 2D materials (graphene, transition metal dichalcogenides, etc.): ACS Nano has strong standing with the 2D materials community. Advanced Materials also publishes 2D work, but ACS Nano is the more specialized home.

If your application is in electronics, photonics, or energy: Advanced Materials has strong reach in these application domains. Target Advanced Materials if your work demonstrates device functionality or performance.

If you're unsure: Advanced Materials is the prestige choice with higher JIF and slightly higher acceptance odds. ACS Nano is the specialized nanoscience home with stronger community standing in nanotech. If your work emphasizes applications, try Advanced Materials first. If it emphasizes nanoscale mechanisms, try ACS Nano.

If Advanced Materials rejects your nanotechnology paper, ACS Nano is an excellent next target. The journals are peers in quality and have different editorial emphasis. Rejection from Advanced Materials (application-focused) suggests your work might be stronger in the mechanistic nanoscience domain that ACS Nano emphasizes. The feedback can guide your revision toward fundamental understanding rather than application focus.

Conversely, if ACS Nano rejects your work as application-light, Advanced Materials becomes the next logical target. Reframe your manuscript to emphasize performance, novelty, and application potential rather than mechanistic depth.

Advanced Materials is the prestige materials journal - application and performance driven, high impact, global reach. ACS Nano is the specialized nanoscience journal - fundamental mechanisms, structure-property relationships, deep nanoscale understanding. Both are strong journals. Advanced Materials is higher impact and more globally prestigious. ACS Nano is more specialized and values mechanistic rigor. Choose Advanced Materials for maximal prestige and if your work emphasizes applications. Choose ACS Nano if your work is fundamentally nanoscience-driven.

ACS Nano is notably cheaper for OA publication than Advanced Materials. Both allow $0 subscription publication. If OA is mandated and you're paying out of pocket, ACS Nano's lower APC may tip the balance for borderline papers.

If you want to know whether your manuscript is positioned correctly for either journal before you submit, a ACS Nano vs. Advanced Materials scope check can assess scope fit, framing strength, and likely reviewer objections.