Is Advanced Functional Materials a Good Journal? Function Over Composition

AFM's author base spans materials science, chemistry, physics, and engineering. The typical published paper comes from a lab that has both synthesis capability and functional testing infrastructure, for example, a group that can make a perovskite material AND test it as a solar cell. Single-technique labs that only synthesize or only characterize often struggle because the function-first editorial model requires both the material and the performance data.

Geographically, AFM publishes heavily from China, Germany, South Korea, the US, and Japan. The journal has a European editorial identity (Wiley-VCH is German) but publishes globally. Review times average 7 weeks for first decisions, which is competitive for this tier.

Career signal. An AFM paper carries real weight on a CV in materials science. The journal sits in the gap between Advanced Materials (the flagship, IF 26.8) and specialty journals (IF 5-10). For early-career researchers, an AFM paper signals that the work has functional significance that the materials community recognizes. For tenure cases, AFM publications are counted alongside JACS and ACS Nano in most evaluation frameworks.

Advanced Functional Materials wants papers where the material's function is the scientific contribution. This is different from:

• Advanced Materials (IF 26.8): demands the broadest cross-field materials impact regardless of whether it's functional, structural, or conceptual
• ACS Nano (IF 16.1): demands that the nanoscale is scientifically decisive
• Chemistry of Materials (IF 7.2): focuses on the chemistry of making materials
• Journal of Materials Chemistry A (IF 10.3): focuses on materials for energy applications

The #1 desk rejection pattern: A paper reporting a new material composition with standard characterization (XRD, SEM, TEM) but no compelling demonstration of what the material does functionally. "We synthesized a new morphology of X" is not enough. "We synthesized a new morphology of X and it enables Y functional performance that was previously impossible because of Z structure-function relationship" is AFM territory.

"AFM is just a lower-tier Advanced Materials." This is wrong. AFM has a different scope, not a lower bar. Advanced Materials publishes across all materials types and rewards the broadest impact. AFM specifically publishes materials with functional applications and rewards performance demonstration. A paper that perfectly fits AFM's functional-significance model may not fit Advanced Materials' breadth requirement at all. They are peer journals with different editorial lenses, not a tier hierarchy.

"Any materials paper can go to AFM." No. AFM does not accept pure synthesis papers, characterization-only studies, or theoretical work without experimental functional validation. The material must do something measurable and useful.

"AFM is too competitive for a mid-career researcher." At 12-18% acceptance, AFM is selective but not impossible. Papers with clear structure-function relationships, strong benchmarking against existing materials, and functional data that demonstrates a meaningful advance have realistic odds. The desk rejection rate (~60-70%) means most rejections happen within 1-2 weeks, so the time cost of trying is low.

"I should always try Advanced Materials first." Not necessarily. If your paper's strength is the functional demonstration rather than the materials novelty, AFM may actually give it a better editorial reception. Advanced Materials editors may view it as "too applied." AFM editors will view it as "exactly our scope."

Advanced Functional Materials covers photovoltaics, organic electronics, carbon materials, nanotechnology, liquid crystals, magnetic materials, surfaces and interfaces, and biomaterials. The common thread is function, every published paper demonstrates what a material does, not just what it is.

The journal publishes original research papers, feature articles, and highlights. The readership spans materials scientists, chemists, physicists, engineers, biologists, and medical researchers. This cross-disciplinary audience means your paper needs to be accessible beyond your specific subfield.

What AFM does not publish: Pure synthesis papers without functional demonstration. Characterization studies (even thorough ones) without structure-function insight. Device engineering papers without materials science contribution. Computational studies without experimental validation.

AFM sits within a broader Wiley ecosystem. If AFM desk-rejects, the Wiley transfer system allows papers to move to related journals:

Transfers preserve your submission date and typically take 3-5 business days. This means trying AFM first and falling to Advanced Materials Interfaces costs only 2-3 weeks.

AFM does not charge page or color charges for subscription publication. If your institution has a Wiley Open Access Account (WOAA), the OA fee may be covered.