| Krylova O.I., Executive Director, Junior Research Fellow in Law at IPE LLC, https://orcid.org/0009-0009-3365-2404 Science in motion: classic and modern tools and methods in scientific investigations” Grail of Science: inter. scientific journal. Vinnytsia: NGO «European Scientific Platform», 2024. – No 35. DOI 10.36074/grail-of-science 19.01.2024.016 (P. 99-101). |
Generalised theses.
Advantages of multidisciplinary in scientific research:
- Broader view: A multidisciplinary approach allows you to examine a problem from different perspectives, including different aspects of science, technology, humanities and social sciences. This contributes to obtaining a complete, comprehensive understanding of the phenomenon or problem under study.
- Complexity of solutions: Multidisciplinary teams can develop more complex solutions because they use knowledge from different fields. This is especially important in cases where the problem requires a multifaceted approach.
- Creative synthesis: multidisciplinary nature facilitates the creative synthesis of ideas and methods from different fields. Interaction between scientists from different fields enriches research with new ideas and approaches.
- Efficiency of problem solving: using a multidisciplinary approach allows to increase the efficiency of solving complex problems, since different fields can work together on different aspects of the problem.
- Formation of multidisciplinary groups: An important step is the creation of multidisciplinary groups that bring together specialists from different fields. This creates favourable conditions for the exchange of knowledge and research energy.
- Use of multidisciplinary programs: the development of multidisciplinary educational and research programs contributes to the formation of multidisciplinary skills among scientists.
In the context of the integration of the Ukrainian research area into the European research area, special attention should be paid to multidisciplinary, interdisciplinary and transdisciplinary research as key elements of scientific progress. Such integration processes are most effectively implemented during the implementation of scientific projects.
Thus, multidisciplinary becomes a necessary element of scientific research in the face of complex problems and challenges. Its impact on the development of science lies in the ability to combine different fields of knowledge to achieve a deeper and more complete understanding of problems and phenomena in the modern world. When interested individuals with specific practical problems interact with scientists from different specialties, this creates a unique opportunity for a deeper understanding and solution of complex tasks. Interested individuals focused on practical results can provide specific tasks and challenges that need to be solved, while scientists contribute their expert knowledge and research approach. This symbiosis has the potential to become a source of new ideas, revolutionary solutions and the development of advanced technologies. Scientists, responding to specific challenges, can apply their knowledge from different fields to create comprehensive and innovative solutions. In addition, this will contribute to the development of multidisciplinary approaches, as different specialists bring unique views and methodologies. Such teamwork contributes not only to solving specific tasks, but also to the overall development of the scientific community and its ability to effectively implement new knowledge into practice.
