Publishing areas
Each discipline runs its own journals, its own referee bench and its own news desk. Your submission is evaluated against the scope of the journal it is sent to.
Covers theoretical and applied work in artificial intelligence, algorithms, software engineering and data science. System design, cybersecurity and human-computer interaction also fall within scope; both theoretical proofs and experimental performance evaluations are accepted.
Covers research into living systems, from molecular biology to ecology and from genetics to evolutionary biology. Cellular mechanisms, biodiversity and biotechnology applications are prominent topics; experimental papers based on laboratory and field work are welcome.
Covers fundamental and applied physics research from quantum mechanics to astrophysics and particle physics. Experimental findings, theoretical models and computational simulation studies are published under this discipline, including materials physics and condensed matter research.
Covers work ranging from pure to applied mathematics, and from statistics to optimization theory. New theorems, proof techniques and mathematical modeling are core topics; interdisciplinary mathematical applications are welcome.
Covers design, manufacturing and systems-optimization work across mechanical, electrical-electronic, civil and industrial engineering. Renewable energy and sustainable engineering are particularly encouraged; studies involving prototypes and field testing are accepted.
Covers quantitative and qualitative research in sociology, psychology, economics and political science. Social behavior, institutional analysis and policy evaluation are core topics; field research and survey-based studies are supported.
Covers the health sciences from clinical research to public health and from pharmacology to nursing science. Case studies, clinical trials and systematic reviews are evaluated here, together with patient safety and health policy.
Covers research in geology, meteorology, oceanography and climate science. Climate-change modeling, natural-hazard analysis and environmental monitoring have priority; data from remote sensing and field observation are also considered.