Nature Reviews Materials

Nature Reviews Materials (nature-reviews-materials)

Journal positioning

Nature Reviews Materials is a Springer Nature review journal that publishes authoritative, accessible reviews across the whole of materials science and engineering — from soft and biological materials to electronic, energy, structural, and quantum materials. Its defining character is that content is commissioned and editor-developed: authors are leaders in their field, and articles are shaped in collaboration with a professional in-house team. The journal publishes no primary research; its currency is conceptual synthesis at a high bar — articles must frame a field, distill unifying design principles, weigh competing approaches, and use original figures as pedagogy so that a scientist outside the subfield can follow the state and trajectory of an area. Readership spans materials scientists, chemists, physicists, and engineers seeking an expert's map. This skill is a fit / venue-selection / re-framing tool. It does not replace the journal's current official guidelines. Before any contact, re-check the live author and proposal information on the Nature Reviews Materials site.

When to trigger

• An author wants to propose or has been invited to write a field-defining review across any area of materials science and engineering.
• A leading researcher is choosing between Nature Reviews Materials and a primary-research or applied-materials venue and needs to understand the commissioned, conceptual, accessibility-first model.
• A team holds primary results and is mistakenly framing a "review"; the trigger is to redirect to a primary-research venue.
• An author needs the journal's expectations on conceptual framing, design-principle synthesis, and figure-as-pedagogy before approaching editors.

Scope & topic fit

• Conceptual syntheses that organize an active materials subfield into a coherent framework of structure–property–processing–performance relationships and design principles.
• Emerging and cross-cutting areas where an expert map clarifies direction: quantum and topological materials, 2D materials, metamaterials, soft and living materials, batteries and energy materials, biomaterials.
• Manufacturing- and processing-centered reviews when the conceptual link from process to property is the unifying thread.
• Theory-, simulation-, and data-driven materials discovery (high-throughput, machine learning) reviewed for its conceptual implications.
• Interfaces with chemistry, physics, and biology where a materials perspective integrates scattered literature.
• Roadmap- and Perspective-style pieces that argue where a materials field should go, when commissioned as such.

Method & evidence bar

• The article must deliver a conceptual organizing framework — design principles, mechanisms, or unifying trade-offs — not an exhaustive literature dump; the central framing should be statable in one or two sentences.
• Coverage must be balanced and authoritative across competing materials platforms and schools, with the authors recognized as field leaders.
• Figures are load-bearing pedagogy — original, schematic, and conceptual; reused or decorative figures are insufficient, and permissions for adapted figures must be cleared.
• Claims about the state of the field must be evidence-anchored to the primary literature, with citations chosen for authority and representativeness rather than completeness.
• No primary research data are presented; any new analysis is illustrative and clearly framed as the authors' synthesis.
• Accessibility is a hard bar: a scientist outside the subfield must follow the argument, the property–performance logic, and the figures.

Structure & house style

• Articles are commissioned; the normal route is a pre-submission proposal (synopsis, outline, key figures, author expertise) developed with an editor before a full draft.
• House style favors a narrative arc through clear conceptual sections, Boxes for technical asides or definitions, and a forward-looking outlook section.
• Display items are central: original schematic figures and concept diagrams designed with the journal's art team; figure ideas should be sketched early.
• Writing is expository and accessible — minimal jargon, defined terms, explicit signposting — teaching peers across disciplines rather than arguing a primary result.
• Length and reference counts are substantial but bounded; re-check current limits and online-only Supplementary Information use.
• An abstract and often a key-points summary orient the reader; subheadings must convey the conceptual structure at a glance.