LIGHT SCIENCE LEADERThe 38.1 Impact Factor in Photonics

Since its founding in 2007, Nature Photonics has established itself as the premier journal for photonics research — the science and technology of generating, controlling, and detecting photons. With an impact factor of 38.1, the journal occupies a commanding position in optics and photonics, attracting the most significant breakthroughs in light-based science from laboratories around the world. Its ISSN is 1749-4885.

Photonics is a field with extraordinary technological relevance. From fiber-optic communications that power the internet to laser surgery that saves lives, from solar cells that harvest renewable energy to quantum photonic devices that promise to revolutionize computing, the applications of light science touch virtually every aspect of modern existence. Nature Photonics captures this breadth, publishing both fundamental advances in light-matter interaction and the transformative technologies that emerge from them.

IMPACT FACTOR CONTEXTWhat 38.1 Means in Photonics

In the field of optics and photonics, an impact factor of 38.1 is exceptional. While biomedical journals routinely achieve higher impact factors due to the larger size and citation intensity of the medical literature, physics and engineering journals typically operate in lower citation environments. Nature Photonics’s achievement of 38.1 within this context demonstrates that the journal has transcended the traditional boundaries of physics publishing to attract readers and citations from across science and engineering.

This interdisciplinary appeal is a deliberate editorial strategy. Nature Photonics publishes not only fundamental studies in quantum optics and nonlinear photonics but also applied research in biomedical imaging, optical communications, photovoltaic devices, and photonic integrated circuits. This breadth ensures that the journal’s articles are cited by researchers in physics, engineering, materials science, biology, and medicine — a cross-disciplinary reach that amplifies citation density.

SCOPUS & SJR PERSPECTIVESCross-Database Validation

The CiteScore of 48.5 from Scopus, which uses a four-year citation window, confirms that Nature Photonics articles maintain their citation relevance over extended periods. This is consistent with the nature of photonics research, where both fundamental discoveries and technological innovations can remain highly relevant for many years after publication.

The SJR of 12.8 reveals that Nature Photonics is cited by the most selective journals across multiple disciplines. When researchers in Nature, Science, Cell, and other elite publications cite Nature Photonics articles, it demonstrates that photonics research has achieved a centrality in scientific inquiry that extends well beyond the traditional physics community. The h-index of 285 further underscores the journal’s deep catalog of influential publications.

EDITORIAL SCOPEThe Spectrum of Photonics

Nature Photonics publishes across the full spectrum of photonics research: lasers and laser physics, fiber optics and optical communications, quantum optics and quantum information, nonlinear optics, nanophotonics and plasmonics, biophotonics and biomedical optics, photovoltaic and solar energy devices, photonic integrated circuits and optoelectronics, terahertz technology, ultrafast optics, optical imaging and microscopy, metamaterials and photonic crystals, and infrared and mid-infrared photonics.

The journal has been particularly influential in covering emerging areas such as quantum photonics, topological photonics, neuromorphic photonic computing, and perovskite optoelectronics. Its reviews on these topics have helped define research directions and have been cited extensively by both academic and industry researchers.

PUBLISHING IN NATURE PHOTONICSAuthor Guidance

Nature Photonics publishes a mix of original research articles and commissioned reviews. Original research submissions should report significant advances with broad relevance to the photonics community. The journal places a premium on conceptual novelty, experimental rigor, and technological significance.

For review articles, the editorial team commissions comprehensive syntheses of timely topics. Authors interested in contributing reviews should contact the editorial office with a proposal. Successful reviews provide critical analysis, identify future directions, and are accessible to readers outside the immediate subdiscipline. High-quality figures and schematics are essential.

FREQUENTLY ASKED QUESTIONSFAQ About Nature Photonics