There was a time when being a scientist seemed straightforward. You asked questions, spent years searching for answers, published your results, and moved on to the next problem. Communication mainly meant speaking to peers, through papers, conferences, and academic debates. Society trusted that scientific knowledge would eventually reach the wider world. That world no longer exists.
Today, researchers work in an environment flooded with information, opinions, algorithms, and increasingly convincing misinformation. Scientific discoveries no longer travel slowly through journals before reaching society. They appear instantly online, often stripped of context and reshaped into headlines, viral posts, or simplified narratives. In such an environment, science communication is no longer an optional extra for enthusiastic researchers. It has become part of the responsibility of doing science itself.
For many researchers, however, communication feels unfamiliar. Scientists are trained to be precise, cautious, and technical. Academic culture often rewards complexity rather than clarity. Young researchers learn how to write for scientific journals, not for citizens. They are taught to speak to reviewers, not to parents, schoolchildren, policymakers, or communities affected by their work. Yet society increasingly expects exactly that.
Many scientists fear public speaking more than peer review. Not because they dislike people, but because academia often treats visibility with suspicion. Researchers worry about oversimplifying their work, being misunderstood, or being judged by colleagues. Yet the reality is that visibility increasingly shapes whether research is recognised, funded, and supported.
This is also where education and transversal skills become essential. Modern researchers are no longer expected to operate only within narrow disciplinary boundaries. They must collaborate across fields, communicate with different audiences, manage projects, navigate digital environments, and increasingly engage directly with societal challenges. Scientific excellence alone is no longer enough if knowledge cannot move beyond the laboratory.
Projects such as ReSkillSpan reflect this growing recognition across Europe. The future generation of researchers will need a broader set of competencies that combine research expertise with communication, creativity, critical thinking, collaboration, and adaptability. In a rapidly changing world shaped by artificial intelligence and technological disruption, transversal skills are becoming central to the resilience of both researchers and research institutions.
At the Ruđer Bošković Institute, this shift became increasingly visible through years of outreach activities, collaborations with schools, public events, and initiatives focused on building bridges between science and society. What started as isolated communication efforts gradually evolved into a broader vision: communication is not about simplifying science into entertainment, but about creating engaging relationships between researchers and the public.
That idea became one of the foundations behind the development of the Ruđer Fermentor concept, a hub designed to support communication, collaboration, and the exchange of ideas between science and society. In parallel, initiatives like the Zagreb Science Communication Forum emerged from the recognition that researchers themselves need support, training, and community if they are expected to engage publicly. Because communication is not natural for everyone.
Fundamental research often struggles to justify itself in a world focused on immediate impact and short-term outcomes. Curiosity-driven scientific research can appear abstract or disconnected from everyday life until suddenly society desperately needs it. Communication helps create the social understanding necessary for long-term support of research, especially in times when scientific institutions face growing scepticism.
Researchers cannot afford to remain invisible and expect trust to emerge automatically. Communication is becoming part of scientific literacy itself, for both scientists and citizens. The question is no longer whether researchers should engage with society, but whether society can afford scientists who remain silent.
Scientists were trained to look through microscopes. Modern society also needs them behind microphones.