A groundbreaking journal dedicated to the expansive field of planetary science has recently emerged, swiftly establishing itself as a key platform for cutting-edge research. Known simply as Planet (ISSN 2097-566X), this fully open-access and peer-reviewed publication represents a collaborative effort between Chengdu University of Technology and Higher Education Press (HEP), officially launching in September 2025. Despite its recent inception, Planet has already made significant strides by publishing 10 original peer-reviewed articles that have garnered an impressive 14,000 downloads worldwide, signaling a broad and enthusiastic reception within the scientific community and beyond.
What sets Planet apart is its dedication to inclusivity and academic rigor across the full spectrum of planetary sciences. The journal’s scope is comprehensive, encompassing research into planetary origins, the formation and evolution of the solar system, planetary physics, chemistry, and geology, alongside astrobiology and planetary atmospheres. Notably, it embraces the technical aspects of planetary science, including experimental methods, advanced technological applications, and engineering innovations critical to space exploration missions. This breadth ensures that Planet serves as a nexus where multidisciplinary studies converge, fostering a holistic understanding of planetary phenomena.
The editorial leadership of Planet is noteworthy, with the journal guided by prominent figures such as Academician Zengqian HOU, principal investigator of China’s flagship planetary exploration missions, and Professor Yun LIU serving as co-editors-in-chief. Executive Editor-in-Chief Professor Yuyan ZHAO rounds out this leadership team. Their profound expertise and vision are reflected in the journal’s international editorial board, which emphasizes strong representation from early- and mid-career researchers worldwide. The journal is actively expanding this team and encourages planetary scientists globally to participate as associate editors, thereby strengthening the diversity and caliber of its scientific stewardship.
In terms of editorial efficiency, Planet has set ambitious standards. The median time to the first decision on submitted manuscripts currently stands at a rapid five days, a testament to its streamlined peer-review and editorial processes. This expedited review timeline is exceptionally advantageous in a field where timely dissemination of results can accelerate scientific progress. Furthermore, the journal alleviates financial burdens on authors by eliminating author-side publication costs, as article processing charges (APCs) are fully covered by the publisher, promoting open access and democratizing dissemination of knowledge without economic barriers.
The journal’s reputation has quickly been cemented, recently earning a Tier 2 designation in the Catalogue of Chinese High-Quality Science and Technology Journals as of April 2026. This recognition reflects the journal’s rigor, quality, and impact in the scientific domain. Additionally, Planet is indexed in prestigious repositories such as Google Scholar and NASA’s Astrophysics Data System (ADS), ensuring that its published research is widely accessible and integrated into the global scientific literature ecosystem.
Planet welcomes a variety of manuscript types that cater to the diverse output of the planetary science community. Research articles form the core, delivering original scientific findings. Review papers synthesize and critically evaluate existing knowledge, while letters allow for rapid communication of concise, impactful discoveries. The platform also invites perspectives and comments to foster scholarly debate and provide insightful viewpoints on evolving or contested topics within the field.
The journal’s thematic coverage addresses not only theoretical frameworks but also applied planetary science endeavors. Topics such as experimental techniques and engineering applications highlight the journal’s role in supporting the technological advancements underlying modern space exploration. These include developments in remote sensing instruments, rover technology, and laboratory simulations that emulate planetary environments to test hypotheses or spacecraft components before deployment.
By featuring research that spans planetary atmospheres to subsurface oceans, Planet actively engages with the most pressing questions in planetary habitability and astrobiology. This includes studies on atmospheric dynamics, chemical interactions, and the potential for life beyond Earth. Such investigations are vital for contextualizing Earth’s evolution within the broader solar system and for guiding future mission planning targeting exoplanets and moons in our cosmic neighborhood.
Given the interdisciplinary nature of planetary sciences, Planet acts as a vital conduit for bridging traditional scientific barriers, integrating knowledge from geology, physics, chemistry, and biology alongside engineering and technology disciplines. Its open-access format facilitates international collaboration, allowing researchers from diverse backgrounds and regions to share insights without access restrictions. This democratized approach promotes a more inclusive and robust scientific dialogue at a time when global cooperation is essential for advancing our understanding of planetary systems.
Planet’s editorial model also places significant emphasis on democratizing academic publishing. The swift review process, combined with a no-cost publication policy for authors, addresses common bottlenecks in academic dissemination while ensuring high standards. This approach encourages a more dynamic and responsive scientific community where new ideas and discoveries can be rapidly validated and integrated into ongoing research streams.
In summary, Planet has quickly risen as a crucial new voice within planetary science, championing wide-ranging, high-impact research, rapid publication, and open-access principles. Its international editorial team, broad scope covering theoretical and applied sciences, and commitment to minimizing financial barriers reflect an evolving scholarly landscape embracing innovation, collaboration, and inclusivity. For planetary scientists seeking a cutting-edge platform to publish groundbreaking work, Planet offers both the visibility and credibility required to advance the field’s frontiers.
As planetary exploration initiatives proliferate globally, driven by new missions to Mars, the Moon, icy moons, and beyond, the role of journals like Planet becomes increasingly important. By providing timely, peer-reviewed access to high-quality research, Planet supports the broader scientific and engineering communities engaged in unraveling the mysteries of our solar system and planetary environments. This journal stands poised to influence the trajectory of planetary science research profoundly, fostering discoveries that will shape our understanding of planetary histories, dynamic processes, and eventual habitability.
Subject of Research: Planetary Science, including planetary origins, physics, chemistry, geology, astrobiology, atmospheres, exploration technologies, and experimental methods.
News Publication Date: Not explicitly specified (content refers to events up to April 2026).
Web References: Indexed by Google Scholar and NASA ADS.
Keywords: Planetary science, planetary exploration, solar system formation, planetary atmospheres, astrobiology, planetary geology, experimental planetary techniques, space technologies, open-access journal, rapid peer review, scientific publishing.
