Open Science encompasses a set of strategies and practices aimed at making scientific processes more transparent, accessible, and reusable with the help of digital tools. By opening up research results, data, and methods, it seeks not only to reduce barriers to scientific exchange, but also to increase the quality and reproducibility of research.
Open Science includes Open Research Data, Open Access, Open Educational Resources (OER), Citizen Science, Open Methodology, Open Peer Review, Open Source, Open Abstracts, Open Citations and more.
Core principles include transparency, open communication, reproducibility, and the adoption of standards such as the FAIR principles (findability, accessibility, interoperability, reusability), which ensure the sustainable use of data and scholarly outputs. Carefully implemented research data management builds on this by establishing the structures required to ensure that scientific information remains openly accessible and usable over the long term
Researchers benefit from Open Science through more efficient collaboration, increased visibility of their work, and improved opportunities for validation, for example, through the reproducibility of analyses, transparent peer‑review processes, or collaborative identification of sources of error. Moreover, the open provision of resources such as open access publications or research data (Open Data) accelerates the transfer of knowledge into society and the economy. Thus, in the long term, Open Science fosters a research culture that is grounded in openness, exchange, and innovation both within the scientific community and beyond.
The Open Science Initiative connects researchers from all faculties who are interested in Open Science, gathers experiences and needs, and jointly develops ideas on how to further strengthen Open Science within the university community.
