How to Avoid Desk Rejection at Advanced Functional Materials in 2026

Direct answer: Advanced Functional Materials desk rejects papers when novelty is incremental, the functional advantage is weak or undemonstrated, the device application is missing, or the material performance doesn't substantially outperform known alternatives. Editors want breakthrough material innovations with clear, measurable functional gain.

Related: How to avoid desk rejection • How to choose a journal • Pre-submission checklist

Why Advanced Functional Materials desk rejects so many papers

This is a top-tier Wiley journal competing directly with Nature Materials, Chemistry of Materials, and ACS Nano. Editors receive thousands of submissions yearly and accept only the work with genuine breakthrough potential. Papers with incremental novelty, weak functional demonstration, or unclear device advantage face automatic rejection.

• Novelty is incremental: a minor material composition change, a standard synthetic tweak, or a property improvement of 5-20% without obvious functional consequence.
• Functional advantage is unclear: material properties improve, but it's not obvious why this matters for any real application.
• Device demonstration is absent or weak: material is characterized in detail, but performance in an actual device or prototype is missing, speculative, or shows minimal advantage.
• Competitive comparison is missing: paper doesn't quantify how much better this material is than established alternatives, if at all.
• Characterization is incomplete: limited property range tested, missing durability or cycling data, thermal or mechanical stability questions unanswered.

A classic AFM desk reject is a paper on a new nanocomposite, hybrid material, or heterostructure with interesting synthesis and good baseline properties, but no device-level demonstration and no clear performance advantage over materials already in commercial use.

Breakthrough novelty is required

Advanced Functional Materials is not the place for solid, publishable materials work. It's the place for materials that change how a function is achieved.

• Breakthrough: entirely new material class or composition enabling previously impossible function (e.g., perovskite solar cells, graphene electronics), or known material with 10-100x property improvement enabling new application domain.
• Solid but not breakthrough: known material family with modest property optimization, predictable synthesis variations, or 20-50% improvement with no new capability.

If your material is genuinely novel and the properties are strong, AFM is worth targeting. If the novelty is composition variation on a known family, it's probably not AFM-level.

Functional demonstration matters more than property claims

AFM editors and reviewers care most about what the material does, not just what its properties are.

• What device or application benefits from this material?
• Is the performance advantage real and quantified?
• Does it perform under realistic conditions (thermal cycling, mechanical stress, environmental exposure)?
• Why is this better than the current material in actual use?

Papers that spend 80% of space on material characterization and 20% on application prototype or simulation usually desk reject. AFM reviewers expect the opposite balance or at least integration showing how properties drive function.

Durability and cycling data are expected

For materials going into devices that need to work, AFM expects evidence of:

• Thermal cycling stability (if the device experiences temperature variation)
• Mechanical cycling or stress testing
• Environmental exposure (humidity, oxygen, light) and stability over time
• Repeated operation cycles or charge/discharge cycles (for energy materials)
• Data clearly showing the material maintains advantage over many cycles, not just initial measurements

Papers with one-time property measurements or stability tested over days instead of weeks/months/years face harsh reviewer critiques and often desk rejection.

What to fix before resubmitting

• Build a working device or prototype showing the functional advantage directly. Not simulation, not theory, actual performance.
• Rewrite around the functional breakthrough, not the material innovation. Lead with what the device can now do.
• Add durability, cycling, and stress testing showing stability over realistic device lifetimes.
• Quantify advantage over state-of-art materials in the same application. Show why practitioners would use your material instead of what they currently use.
• If truly novel but application is speculative, be honest about that and show a clear development pathway.

When to choose a different journal

Choose another journal if novelty is moderate, if the application is speculative, or if the functional demonstration is incomplete. ACS Applied Materials & Interfaces, Chemistry of Materials, or Journal of Materials Chemistry A are appropriate for solid applied materials work with less breakthrough requirement.

Sources

- Advanced Functional Materials journal scope and submission guidelines

• Wiley Guide for Authors for AFM
  
• 2024 JCR metrics: JIF 19.0, Q1, rank 9/187
  
• Recent AFM publications showing accepted scope: breakthrough materials in energy storage, optoelectronics, catalysis, sensing with demonstrated functional advantage