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Advanced Photonics

Adv. Photon.

ISSN 2577-5421
SCIE Q1 新锐1区 Top期刊 开放获取 物理与天体物理
影响因子 2026
19.5
↑ 0.7
5年均分
5-Year IF
H 指数
68
H-Index
年发文量
93
Articles / Year
出刊频率
Continuously Published
Pub. Frequency
创刊年份
2019
Founded Year
出版商
Spie-soc Photo-optical Instrumentation Engineers
Publisher
出版国家
USA
Country
投稿参考 & 用户评分
🏆 期刊声誉
暂无
综合口碑评分,点击星星参与
审稿速度
系统
暂无
4.2 个月
💰 版面费用
系统
暂无
官方APC ¥15,225 ($2,100)
中科院分区
2026新锐分区 新体系
大类1区
物理与天体物理Physics & Astronomy
小类1区
光学
中科院2025年分区 传统体系
大类1区
物理与天体物理Physics & Astronomy
小类1区
光学
Scopus 指标
CiteScore
25.2
综合引用得分
SJR
4.365 Q1
SCImago Journal Rank
SNIP
4.042
Source Normalized Impact
JCI
3.39
Journal Citation Indicator
数据来源:Scopus (CiteScore · SJR · SNIP) · Clarivate (JCI)。指标年份:2026年6月最新版。
期刊简介

Advanced Photonics (ISSN: 2577-5421) is a premier, highly selective peer-reviewed journal dedicated to the rapid dissemination of transformative research across the entire breadth of photonics. Published by SPIE, the international society for optics and photonics, in partnership with Chinese Laser Press, the journal is fully open access, ensuring global visibility and unrestricted access to its cutting-edge content. Its scope encompasses fundamental breakthroughs and applied innovations in areas such as nanophotonics, quantum photonics, biophotonics, optical communications, metamaterials, ultrafast optics, and advanced imaging and sensing technologies. The journal publishes a range of article types, including original research articles, comprehensive review articles, and forward-looking perspectives that synthesize emerging trends. Targeted at academic researchers, industry scientists, and engineers in optics, physics, materials science, and engineering, Advanced Photonics serves as a critical platform for high-impact work that pushes the boundaries of light-based science and technology. With an exceptional 2026 Impact Factor of 13.5820, the journal holds a top-tier JCR Quartile ranking of Q1, placing it among the most influential and prestigious publications in the field. This outstanding standing, combined with its rigorous peer-review process and commitment to open science, solidifies Advanced Photonics as an indispensable resource for the global photonics community, driving innovation from fundamental discovery to practical application.

历年影响因子 & 年发文量

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