Advanced Optical Materials

Advanced Optical Materials publishes research on light-matter interaction and photonics, covering plasmonics, metamaterials, photonic crystals, nonlinear optics, and optoelectronic devices.《先进光学材料》（Advanced Optical Materials）发表光—物质相互作用与光子学研究，涵盖等离激元、超材料、光子晶体、非线性光学与光电子器件。

Scope

The journal's stated aim is to publish cutting-edge research on optical materials and photonics, with its official scope covering:刊物官方宗旨为发表光学材料与光子学领域的前沿研究，官方声明的征稿范围包括：

• Light-matter interaction and photonics: research on the interaction of light with matter at the nanoscale, including plasmonics, nanophotonics, optical metamaterials, photonic crystals, and the engineering of optical properties of materials.光—物质相互作用与光子学： 纳米尺度光与物质相互作用研究，涵盖等离激元、纳米光子学、光学超材料、光子晶体以及材料光学性能的工程化调控等。
• Nonlinear and quantum optics: studies on nonlinear optical effects, frequency conversion, optical limiting, quantum optics, and the generation and manipulation of quantum states of light in advanced materials.非线性与量子光学： 先进材料中非线性光学效应、频率转换、光限幅、量子光学以及光量子态产生与操纵等方向的研究。
• Optoelectronic devices: research on light-emitting diodes, lasers, photodetectors, solar cells, waveguides, and integrated photonic devices, including the materials and device architectures that underpin their performance.光电子器件： 发光二极管、激光器、光电探测器、太阳能电池、波导与集成光子器件研究，包括支撑其性能的材料与器件架构等。
• Functional optical materials: studies on luminescent materials, transparent conductive materials, electrochromic and thermochromic materials, chiral optical materials, and materials for optical sensing and imaging.功能光学材料： 发光材料、透明导电材料、电致变色与热致变色材料、手性光学材料以及用于光学传感与成像的材料等方向的研究。
• Article types: original research papers, review articles, communications, and progress reports, with an emphasis on work that advances the fundamental understanding or technological application of optical materials.栏目设置： 接受原创研究论文、综述、快讯与进展报告，强调推动光学材料基础理解或技术应用的工作。

History

• Founding: the journal was launched in 2013 by Wiley-VCH as a dedicated venue for research at the interface of materials science and optics, building on Wiley's strength in materials science publishing.创刊： 该刊 2013 年由威利—VCH 出版公司创刊，作为材料科学与光学交叉领域研究的专门平台，依托威利在材料科学出版方面的优势。
• Advanced portfolio: it is part of Wiley's Advanced portfolio of materials science journals, positioned alongside titles such as Advanced Materials and Advanced Functional Materials to cover specific subfields of materials research.Advanced 系列： 该刊是威利「Advanced」材料科学期刊系列的一部分，与《先进材料》《先进功能材料》等并列，覆盖材料研究的特定子领域。
• Editorial leadership: the journal has been led by in-house professional editors at Wiley-VCH with doctoral backgrounds in optics and materials science, overseeing the review and publication process.编辑领导： 该刊由威利—VCH 具备光学与材料科学博士背景的内部专业编辑领导，监督评审与发表流程。

Editors

The journal follows the in-house editorial model of Wiley's Advanced portfolio, with professional editors rather than a single academic editor-in-chief:该刊采用威利「Advanced」系列的内部编辑模式，由专业编辑而非单一学术主编负责：

• Editor-in-chief: Anja Wecker, who leads the in-house editorial team and oversees the journal's scope and editorial direction across optical materials and photonics.主编： 安娅·韦克（Anja Wecker），领导内部编辑团队，监督刊物在光学材料与光子学领域的范围与编辑方向。
• In-house editorial team: the journal is managed by professional in-house editors, each with a doctoral background in a photonics-related field and responsibility for a defined subject area within the journal's scope.内部编辑团队： 该刊由专业内部编辑团队管理，每位编辑均具备光子学相关领域博士背景，负责刊物范围内一个特定学科方向。
• Review model: submissions are first assessed by an in-house editor for fit and novelty, and those that pass are sent for external peer review before a final editorial decision is made.评审模式： 投稿先由内部编辑评估适配性与新颖性，通过者送外部同行评审后再做最终编辑决定。