Physics Today

译名:今日物理

PHYSICS TODAY

EISCIEJCR Q2

1-3

2026

影响因子区间

平台估算

投稿周期

1%

2025

中国作者发文占比

费用说明

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期刊简介:Physics Today, the flagship publication of the American Institute of Physics, is the most influential and closely followed physics magazine in the world.The mission of Physics Today is to be a unifying influence for the diverse areas of physics and the physics-related sciences. It does that by providing authoritative, engaging coverage of physical science research and its applications without regard to disciplinary boundaries; by reporting on the often complex interactions of the physical sciences with each other and with other spheres of human endeavor; and by offering a forum for the exchange of ideas within the scientific community. With authoritative features, full news coverage and analysis, and fresh perspectives on technological advances and ground-breaking research, Physics Today informs readers about science and its role in society.Physics Today Online, the magazine’s internet home, presents the digital edition of the monthly print magazine and provides a valuable online archive of content going back to 1948. In addition, PTOL extends the magazine’s coverage with daily posts that capture what the physical science community is talking about—and what it will be talking about. Regular content from the magazine’s contributors and editorial staff includes commentaries, book reviews, and coverage of the latest research and science policy developments.

【译文】《今日物理》是美国物理学会的旗舰出版物,是全球最具影响力和最受关注的物理杂志。其使命是成为物理学及其相关科学领域的统一力量。它通过提供权威、引人入胜的物理科学研究及其应用的报道,不受学科界限的限制;通过报道物理科学之间以及与其他人类活动领域的复杂互动;以及通过为科学界提供思想交流的平台来实现这一目标。《今日物理》通过权威特写、全面新闻报道和分析,以及新技术进步和突破性研究的全新视角,让读者了解科学及其在社会中的作用。《今日物理》在线版,作为杂志的互联网之家,提供了每月印刷杂志的数字版,并提供了从1948年至今的宝贵在线内容档案。此外,PTOL通过每日帖子扩展了杂志的覆盖范围,捕捉物理科学界正在讨论的内容以及未来将要讨论的内容。杂志的撰稿人和编辑团队提供的常规内容包括评论、书评以及对最新研究和科学政策发展的报道。

出版社
AIP Publishing
语言
English
学科
物理与天体物理
ISSN
0031-9228
eISSN
1945-0699
出版频率
月刊
创刊年份
1948
投稿网址
https://aip.scitation.org/toc/pto/current
最近更新
2026-04-02 18:16:40
Physics Today

指标当前值近三年趋势
JCR分区Q2
暂无
影响因子区间1-3
暂无