Nature Nanotechnology Submission Guide

Source: Clarivate JCR 2024, Nature Nanotechnology editorial disclosures (accessed April 2026).

Source: Nature Nanotechnology author guidelines, Springer Nature.

Use this page when you are still deciding:

• whether the nanoscale advance is significant and broad enough for Nature Nanotechnology
• whether characterization is complete enough for the structural and property claims
• whether the application context is supporting (good) or load-bearing (problem)
• how to position a cover letter for Nature Nanotechnology vs. Nature Materials or ACS Nano

Before a credible Nature Nanotechnology submission goes into the system:

• a clear nanoscale advance: a new structure, property, fabrication route, or measurement technique at the nanoscale
• complete characterization at the nanoscale: high-resolution TEM/STEM, AFM, electron tomography, or appropriate atomic-resolution imaging
• property measurement that connects to the nanoscale advance, not just a downstream application
• demonstration of broad relevance: the nanoscale advance enables work in multiple application areas
• a cover letter that argues nanoscale-first significance

• Application is the primary frame, nanoscale is the enabler. "We use [nanostructure] for [application]" without a clear nanoscale advance is routinely returned with the suggestion that the work fits a specialty journal better.

• Characterization gaps. A nanostructure paper without high-resolution imaging, a nanoelectronics paper without atomic-scale measurements, a nanofluidics paper without size-resolved transport data.

• Single-application focus. A nanostructure paper whose only demonstrated relevance is to one specific application (one drug, one cell type, one analyte). Nature Nanotechnology editors look for cross-application implications.

• Cover letter argues novelty without breadth. A new nanostructure isn't enough. Editors want to see how the structure enables advances across nanotechnology subfields.

• Performance benchmarking is missing. A new nano-device without comparison to state-of-the-art performance in similar nano-devices.

Nature Nanotechnology is the broadest nanotechnology venue at the highest impact tier. The editorial standard is a nanoscale advance that has implications across multiple subfields.

Nano-first, application-second: the journal differentiates from Nature Materials (materials-first, applications can be diverse) and Nature Electronics (electronics-first) by demanding that the nanoscale property or behavior be the primary contribution.

The cross-subfield breadth standard: a nanostructure that enables advances in drug delivery + sensing + electronics is a stronger Nature Nanotechnology candidate than a nanostructure with deep impact in one subfield. The latter often fits Nature Materials or a specialty title better.

The 70-80% desk rejection rate: editors triage hard. Most papers don't survive the desk. The editorial screen is decisive.

The package needs:

• a nanoscale advance stated cleanly in the abstract's opening
• characterization that demonstrates the structural claim at atomic or near-atomic resolution
• property measurements that connect to the nanoscale advance directly
• evidence of cross-application or cross-subfield relevance

The cover letter must accomplish:

• state the nanoscale advance in one sentence
• explain why this advance matters across multiple nanotechnology subfields
• distinguish from Nature Materials, Nature Electronics, ACS Nano, or other adjacent venues
• avoid overstating application impact relative to the nanoscale advance

The first figure should make the nanoscale advance immediately visible. The strongest opening figures combine high-resolution structural imaging (TEM, AFM, STM) with the property measurement that justifies why the structure matters. Figures that lead with application setups before establishing the nanoscale structure are weaker.

Nature Nanotechnology reviewers expect:

• structural characterization at appropriate nanoscale resolution (HR-TEM, STEM, AFM, electron tomography)
• compositional verification (EELS, EDS, XPS, atom probe where relevant)
• property measurement directly probing the nanoscale advance
• statistical reporting across multiple devices/structures (single-device data is weak)
• comparison to state-of-the-art performance in similar nano-systems

Papers missing one of these typically receive desk rejections or substantial first-round revision requests.

• the nanoscale advance is real but the application framing is dominant
• the work is excellent in one subfield but its cross-subfield relevance is unclear
• characterization is technically complete but underwhelming for atomic-scale claims
• the work would land better at Nature Materials, Nature Electronics, or ACS Nano
• the device-level performance is strong but the underlying nanoscale insight is incremental

• Is Nature Nanotechnology a good journal?
• ACS Nano impact factor
• Nano Letters impact factor

Before upload, run your manuscript through a Nature Nanotechnology scope and breadth readiness check to confirm the nanoscale advance is the primary contribution and the cross-subfield case is strong.

In our pre-submission review work with nanoscale science manuscripts targeting Nature Nanotechnology, three patterns generate the most consistent desk rejections.

In our experience, roughly 35% of Nature Nanotechnology desk rejections trace to application over-claiming relative to the nanoscale advance. In our experience, roughly 25% involve characterization gaps at the nanoscale level (low-resolution structural imaging when atomic-resolution claims are made). In our experience, roughly 20% arise from work that's strong in one subfield but lacks cross-subfield relevance.

• Application framing dominates the nanoscale advance. Editors at Nature Nanotechnology specifically look for the nanoscale work to be the primary contribution. We observe that papers framed as "we use [nanostructure] to enable [application]" without a clear nanoscale-first advance are routinely returned with the suggestion that the work fits ACS Nano, Nano Letters, or a specialty journal better. SciRev community data on Nature Portfolio journals consistently shows application-over-claim as a top desk-rejection cause for Nature Nanotechnology submissions.

• Characterization gaps at atomic or near-atomic scale. Nature Nanotechnology reviewers consistently look for structural data at appropriate resolution. We see many manuscripts claiming a specific nanostructure (e.g., a single-atom catalyst, a 2D heterostructure interface, a nanowire junction) without the high-resolution imaging or atom-probe data that supports the structural claim. These are routinely declined with the suggestion to add the missing characterization or repropose to a venue with less stringent atomic-scale standards.

• Single-subfield relevance frames the work too narrowly. Editors at Nature Nanotechnology look for cross-subfield breadth. We find that papers with deep impact in one subfield (e.g., drug delivery, biosensing) but unclear relevance outside that subfield are routinely redirected to specialty venues. Successful Nature Nanotechnology submissions explicitly discuss 2-3 application areas the nanoscale advance enables. A Nature Nanotechnology breadth and characterization readiness check can identify whether the package supports a Nature Nanotechnology-level claim.

Clarivate JCR 2024 bibliometric data places Nature Nanotechnology among the top nanotechnology venues globally. SciRev author-reported data confirms typical 4-8 week first-decision windows.