INSIGHTS / SCIENTIFIC COMMUNICATION
INSIGHTS / SCIENTIFIC COMMUNICATION
Why Great Research Often Fails to Communicate Itself
Why Great Research Often Fails to Communicate Itself
The gap between research quality and communication quality is wider than most scientists realise.
The gap between research quality and communication quality is wider than most scientists realise.
June 2026 · 4 min read
The credibility gap in science
The credibility gap in science
For the longest time scientists have been trained to generate knowledge, not to communicate it. The systems that reward their work - journals, grants, peer review - value precision and depth over clarity and reach. The better a scientist gets at the work, the harder it becomes to explain it to anyone outside the field.
For the longest time scientists have been trained to generate knowledge, not to communicate it. The systems that reward their work - journals, grants, peer review - value precision and depth over clarity and reach. The better a scientist gets at the work, the harder it becomes to explain it to anyone outside the field.
However, this is more a failure of format than it is one of intelligence. Dense slide decks, text-heavy posters, and opaque journal figures were built for peer reviewers who already speak the language, not for those outside the field.
However, this is more a failure of format than it is one of intelligence. Dense slide decks, text-heavy posters, and opaque journal figures were built for peer reviewers who already speak the language, not for those outside the field.
What we find is that good research disappears constantly - into journals nobody reads, into conference rooms where the audience glazes over, and into grant applications that confuse the panel. The problem isn't the science, it's that nobody has translated it.
The tools scientists use to communicate their work were built for internal validation, not external understanding.
The tools scientists use to communicate their work were built for internal validation, not external understanding.
What we then find is that good research disappears constantly - into journals nobody reads, into conference rooms where the audience glazes over, and into grant applications that confuse the panel. The problem isn’t the science, it’s that nobody has translated it.
Three structural failures
Three structural failures
Communication failures follow the same patterns. The audience gets assumed to know more than it does. Everything gets included instead of the one thing that matters most, and the visual design gets treated as packaging, something that happens at the end, as more of an afterthought.
Communication failures follow the same patterns. The audience gets assumed to know more than it does. Everything gets included instead of the one thing that matters most, and the visual design gets treated as packaging, something that happens at the end, as more of an afterthought.
Shared context is the most expensive assumption you can make. A grant panel doesn't know your field's history, and a journalist doesn't care about your p-values. Writing for someone who already understands everything is easy, but writing for someone who doesn't is the actual job.
Shared context is the most expensive assumption you can make. A grant panel doesn’t know your field’s history, and a journalist doesn’t care about your p-values. Writing for someone who already understands everything is easy, but writing for someone who doesn’t is the actual job.
Overloading is the natural consequence of knowing too much. The more you understand a subject, the harder it is to simplify it, or leave anything out. Beyond coverage, effective communication requires selection, and understanding the key points that tether a story. The scientist who can name the single most important finding lands harder than the one who presents all twelve (and in the most convoluted way possible).
Overloading is the natural consequence of knowing too much. The more you understand a subject, the harder it is to simplify it, or leave anything out. Beyond coverage, effective communication requires selection, and understanding the key points that tether a story. The scientist who can name the single most important finding lands harder than the one who presents all twelve (and in the most convoluted way possible).
What the best communicators do differently
What the best communicators do differently
The scientists who communicate well start with the audience, not the content. Who is this for? What do they already know? What should they do differently after reading it? Those questions sound like marketing, but they're actually design. The answers shape everything from what goes on the first slide to how the findings are presented on the page.
The scientists who communicate well start with the audience, not the content. Who is this for? What do they already know? What should they do differently after reading it? Those questions sound like marketing, they’re actually design. The answers shape everything from what goes on the first slide to how the findings are presented on the page.
For many scientists, visual communication gets treated as an afterthought, the thing you sort out once the content is done. Consider that a good figure isn't decoration, it's the argument. A good poster isn't a shrunken journal article, it's something self-explanatory and representative of the body of work. With this in mind, we understand that the design decisions and the content decisions aren't separate tasks.
For many scientists, visual communication gets treated as an afterthought, the thing you sort out once the content is done. Consider that a good figure isn’t decoration, it’s the argument. A good poster isn’t a shrunken journal article, it’s something self-explanatory and representative of the body of work. With this in mind, we understand that the design decisions and the content decisions aren’t separate tasks.
None of this requires a design background. It requires habitual reflection and insight: before each communication decision, asking whether what you've produced would actually be understood by the person it's meant for.
None of this requires a design background. It requires habitual reflection and insight: before each communication decision, asking whether what you’ve produced would actually be understood by the person it’s meant for.
What this means in practice
What this means in practice
Every time you write a grant, give a talk, or build a poster, you're making decisions about how to communicate, and present your argument, not just what to say. Those decisions determine whether your work reaches the people who could do something valuable with it.
Every time you write a grant, give a talk, or build a poster, you’re making decisions about how to communicate, and present your argument, not just what to say. Those decisions determine whether your work reaches the people who could do something valuable with it.
Science doesn't speak for itself. It never has. The question is what you do about that.
Science doesn’t speak for itself. It never has. The question is what you do about that.
At Maya, we work with researchers and trained communicators from the start, getting the story straight, building the materials, and getting them in front of the right people. If you'd like to talk about how your work is landing, we'd be glad to hear from you.
At Maya, we work with researchers and trained communicators from the start, getting the story straight, building the materials, and getting them in front of the right people. If you’d like to talk about how your work is landing, we’d be glad to hear from you.
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© 2026 Maya Scientific Communications (PTY) LTD. All rights reserved.
© 2026 Maya Scientific Communications (PTY) LTD.
All rights reserved. Privacy Policy.
Ideas That Matter, Communicated Well
© 2026 Maya Scientific Communications (PTY) LTD.
All rights reserved.