Advanced Materials Acceptance Rate: How Hard Is It to Get Published?

Advanced Materials is one of the most cited and most selective journals in materials science, with an impact factor of 26.8 in 2024 (JCR 2024). It doesn't publish an official acceptance rate. What it does publish — through editorial commentary and observable submission volume — makes clear that the bar is high and desk rejection is the primary filter.

The Numbers

Impact factor: Clarivate JCR 2024. Acceptance rate and desk rejection estimates are based on editorial commentary and community reporting; Advanced Materials does not publish these figures officially.

How Selective Is Advanced Materials Really?

Rank 10 out of 460 materials science journals puts Advanced Materials in the top 2% of the field by IF. That's not a Q1 journal where average work with good execution gets accepted. It's a journal where editors are looking for work that will be cited hundreds of times — work that defines what's possible in a materials class, opens a new approach, or solves a problem the field has struggled with.

The desk rejection rate is the first filter. Editors at Advanced Materials read hundreds of submissions per week. Papers that don't immediately signal high impact — in the abstract, in the first figure, in the framing — get rejected at the desk before reviewers ever see them. This is the most important gate.

What the Editors Are Looking For

Three things are non-negotiable at Advanced Materials:

Genuine novelty in material design or mechanism. Not "we optimized an existing material by 15%." The work should introduce a new material class, a new structural principle, a new synthesis approach, or a new understanding of why a material behaves as it does. Optimization papers, even excellent ones, belong in ACS Applied Materials & Interfaces or similar.

Compelling performance data. Advanced Materials is a results journal. The figures have to be striking. Record or near-record performance metrics, validated across multiple samples and conditions, are the baseline. Preliminary data submitted to establish priority does not work here.

Broad relevance. A new material for a very specific niche application, even if technically impressive, may not qualify. Advanced Materials editors ask: will materials scientists working in different areas care about this? If the answer requires ten sentences of explanation, the scope may be too narrow.

Where Submissions Fail

Incremental advances. The most common rejection reason. The material works better, but the improvement is not transformative. The right journals for this work are Advanced Functional Materials, ACS Applied Materials & Interfaces, or topic-specific journals.

Missing mechanism. A new material with record performance but no explanation of why it performs that way is incomplete for Advanced Materials. Structural characterization, mechanistic data, and ideally DFT or modeling support are expected.

Figures that don't support the claims. Advanced Materials reviewers scrutinize figures closely. Small sample sizes, cherry-picked data, poorly controlled comparisons, or claims not directly supported by the presented data are flagged immediately.

Framing mismatch. Papers framed entirely around one application area without connecting to broader materials principles. Advanced Materials is not an application journal — it's a materials science journal where applications are evidence of significance, not the primary story.

Paper Types That Make It Through

New functional material classes. Papers describing a fundamentally new type of material — a new 2D material, a new MOF architecture, a new class of responsive polymer — with strong structure-property relationships and multiple demonstrations of utility.

Breakthrough performance records. When a material achieves performance that breaks a long-standing record or crosses a threshold the field has been working toward, Advanced Materials is an appropriate venue if the mechanistic story is there.

Synthesis breakthroughs. New approaches to making materials that were previously inaccessible, or scalable synthesis of materials previously limited to lab quantities, qualify if the impact on the field is clear.

Mechanism-first discoveries. Papers where the primary contribution is explaining why a class of materials behaves unexpectedly, opening up new design rules for the field.

Improving Your Odds Before Submitting

Compare your top figure against the last 20 Advanced Materials papers in your area. Your best result needs to sit at or above that bar. If the top result in your paper would be a minor data point in a recent AM paper, the journal is not the right target yet.

Write the pitch for a non-specialist. An editor in electrochemistry who receives your photovoltaics paper needs to immediately understand why the work matters beyond your subfield. If you can't articulate this in two sentences, revise the abstract until you can.

Don't submit before the characterization is complete. Advanced Materials reviewers will ask for anything missing. An incomplete paper that gets a major revision request burns time and reviewer goodwill. Better to submit complete.

Alternatives If Not Ready for Advanced Materials

Advanced Functional Materials is the most direct next target — it's a Wiley-VCH sibling journal and regularly publishes work at just below the Advanced Materials impact threshold. For nanotechnology-focused work, ACS Nano is comparable in prestige.

Sources

• Clarivate Analytics, Journal Citation Reports 2024 (JIF 26.8, 5-Year IF 28.9)
• Wiley-VCH, Advanced Materials author guidelines
• Advanced Materials journal overview
• Advanced Materials impact factor 2026