New university regulations and the challenge of driving excellence
25 de November de 2025
The evolution of knowledge transfer in Spanish universities
15 de January de 2026New university regulations and the challenge of driving excellence
25 de November de 2025The evolution of knowledge transfer in Spanish universities
15 de January de 2026
Scientific progress relies on collaborative work and knowledge of both one’s own field and the work developed by others. The value of research results also grows when they reach other researchers and society, where they can be recognised and applied. But this process is not straightforward and requires an understanding of the right channels for each type of communication: communicating with the scientific community is not the same as communicating with society at large, or with young people who may one day continue that research.
Social media has become a powerful tool for helping researchers share the results of their work, connect with colleagues across disciplines and foster collaboration. However, it is not simply a matter of sharing data or publications, but of doing so strategically, engagingly and ethically. This means adapting the message to different audiences, ranging from specialists in the field to researchers from other disciplines interested in collaborating, potential funders and the wider public.
Define objectives and understand your audience
Science communication on social media requires planning and clear objectives. Before creating accounts or publishing content, it is worth asking: what do we want our project to achieve?
- Increase research visibility: Share progress, findings or recent publications.
- Build interdisciplinary collaboration and professional networks: Attract the attention of colleagues from other disciplines or institutions.
- Promote science through education: Explain complex findings clearly and rigorously.
Understanding the audience is equally important. While X and LinkedIn are well suited to communicating with colleagues, institutions and potential collaborators, Instagram and YouTube can present experimental processes and results in a more visual and accessible way, including for non-specialist audiences.
Create relevant and engaging content
For researchers, the challenge is to communicate complex science accessibly without losing rigour. Effective strategies include:
- Infographics and visual diagrams: Summarise processes, methodologies or key results.
- Short explanatory videos: Demonstrate a procedure or present a finding clearly and directly.
- Structured content series: Threads on X or LinkedIn post series that break down a study step by step.
- Put the research in context: Explain the project’s relevance, its potential impact and how it can contribute to other disciplines.
Plan and maintain a consistent presence
Consistency is key to building an audience and trust. Posting only sporadically reduces reach and makes interaction more difficult. To maintain an effective presence:
- Set a publishing calendar (weekly or fortnightly).
- Analyse metrics to identify which types of content perform best.
- Respond to questions and comments in a professional and accessible way.
- Adjust the strategy based on results and feedback from the scientific community.
Encourage collaboration and scientific networking
Social media is an excellent channel for building professional connections:
- Share content from colleagues and related projects.
- Take part in scientific debates, discussion groups or specialist forums.
- Tag relevant institutions, laboratories and universities.
- Use discipline-specific hashtags (#Oncology, #Neuroscience, #Bioinformatics, #OpenScience) to increase visibility.
These actions help projects reach researchers interested in the work and encourage interdisciplinary cooperation.
Responsible communication and research ethics
Publishing on social media comes with responsibilities. Key considerations include:
- Do not disclose sensitive data or results that have not yet been validated or published.
- Protect the integrity of the project and the institution.
- Credit the work of collaborators and external sources correctly.
Ethical science communication strengthens the reputation of both researchers and their projects, while also building trust within the scientific community and society more broadly.
For researchers, social media offers a unique opportunity to communicate science, connect with professionals across disciplines and increase the impact of their projects. Adapting the message to scientific audiences, creating relevant and visual content, maintaining consistency and acting ethically are essential steps in turning a digital presence into a genuine driver of collaboration, innovation and science communication.