Science Communication: Connecting Research to People's Lives

Science doesn't matter much when only scientists can understand it. That's the central argument from Kumuthini Chandrasekaram, a Research Officer at the Universiti Malaya Power Energy Dedicated Centre (UMPEDAC), Universiti Malaya. Her opinion piece appeared on October 20, 2026. Research matters, she argues, when it connects with people's experiences, concerns and aspirations—not when it's simply presented or watered down.

Chandrasekaram draws on two unlikely thinkers. In Pride and Prejudice, Jane Austen dissected human behaviour and showed how pride and perception shape relationships. Her lesson for scientists: assumptions about what others already know can keep knowledge from being shared. Albert Einstein, whose work transformed our understanding of the universe, is popularly linked to the idea that complex concepts should be explainable in simple terms.

The Problem of Talking At People

The piece poses a question many researchers would rather avoid: are scientists communicating with people, or just talking at them? Chandrasekaram offers a familiar example. A scientist might explain the physics of photovoltaic cells in exacting detail, but a family considering solar panels is likely focused on something else: lower electricity bills, relief from Malaysia's hot climate and a more sustainable way to live. The science stays the same. The story has to change to meet the audience where it stands.

Effective communication, Chandrasekaram argues, does real work. It can cultivate curiosity, encourage evidence-based decisions, inform public policy and build trust between science and society. She cites the saying attributed to Einstein: "One does not truly understand something unless one can explain it to one's grandmother." Clear communication makes knowledge accessible without making it less rigorous. That distinction matters: fear that simplifying an idea means dumbing it down keeps many researchers silent.

Two Models, One Conversation

Science communication has traditionally moved in one direction. Experts deliver information to the public through classrooms, lectures and presentations. That model efficiently shares established knowledge, but leaves little room for questions, discussion or alternative perspectives. Dissemination helps people find reliable knowledge; public participation lets them question, debate and contribute.

People understand science through their cultural backgrounds, education, experiences and community concerns. Listening to those perspectives, Chandrasekaram writes, helps researchers communicate more effectively and take up questions that matter to society. She doesn't call for choosing one model over the other. Researchers can combine both, depending on the audience and purpose.

Reaching the Next Generation

The article also looks at children and STEM: science, technology, engineering and mathematics. Many students meet science as unfamiliar terminology, complicated equations and facts to memorise. When everyday relevance stays hidden, curiosity can give way to apprehension. Chandrasekaram offers a concrete fix. A renewable energy lesson could ask why solar panels perform differently as the weather changes. Students might investigate how sunlight and temperature affect output, examine the materials in solar cells and learn how researchers work to improve energy generation.

Interactive demonstrations, storytelling, digital platforms and direct conversations with researchers can make the subject more approachable, she says. They also encourage students to ask questions, test ideas and see curiosity as the engine of discovery. When science feels relatable, interest can grow.

Who Shares the Responsibility

The imagined meeting between Austen and Einstein is fiction, Chandrasekaram acknowledges, but its message holds. Austen encourages scientists to question their assumptions about others. Einstein's reputation for explaining hard ideas simply points to the value of comprehensibility. Scientific excellence, she argues, must come with the ability to communicate its worth.

Researchers aren't solely responsible, she writes. Educators, institutions, policymakers and communities all have a role in creating opportunities for meaningful dialogue and participation. Research deserves recognition beyond publications, patents or laboratory breakthroughs. It should also be judged by how it informs decisions, improves lives and inspires future generations. Chandrasekaram closes by describing science as a conversation where everyone can learn, question and contribute, provided researchers communicate without prejudice and audiences engage without intimidation.

Why This Matters: The gap between researchers' knowledge and the public's understanding carries real consequences. Families weighing solar panels, students deciding whether science is for them, and citizens shaping public policy all depend on information they can use. When communication goes one way and assumes too much, those with the most access tend to benefit, while others are shut out of decisions that affect them. Chandrasekaram's argument points toward a more inclusive model: listening becomes part of the scientific process, and public institutions share responsibility for building dialogue. Whether that vision takes hold will shape how science is taught and funded, and who gets a voice in the questions it raises. The article notes that it reflects the writer's personal opinion and doesn't necessarily represent the views of Malay Mail.