Open Impact: Making Science Truly Accessible to All

Editorial by Nick Bagnall

We are all familiar with the term Open Science. Over the past decade, the global research community has made enormous strides towards ensuring that publicly funded research is openly available—that journal articles and data can be accessed without costly paywalls.

But in practice, many journals have struggled to make the business of open access sustainable. It has led to the rise of predatory publishers, created confusion in the marketplace, and often failed to attract widespread uptake from individual researchers. As a result, some revert to selling access to universities on a subscription basis.

New models, such as Subscribe to Open, are emerging to keep research openly available through collective support from institutions. These are promising, but they do not address a deeper issue: even when research is technically open, it is still largely inaccessible in terms of understanding. The vast majority of papers remain impenetrable to non-specialists. Taxpayers—the very people funding most of this research—are still excluded from understanding the discoveries they are paying for.

That’s why we are introducing a new concept: Open Impact.

What is Open Impact?

We define Open Impact as the next step beyond open access: it’s about making science not only accessible, but also understandable and meaningful to society at large.

Open Impact means:

  • Clarity: communicating research findings in plain language, free from unnecessary jargon.
  • Engagement: using formats that resonate with wider audiences—such as short-form magazine articles, podcasts, animations, videos, and social media.
  • Relevance: framing discoveries within the context of everyday life and societal challenges.
  • Equity: ensuring that the benefits of scientific progress are transparent and shared with the people who fund it.
  • Usability: creating content that can be easily reused and shared across platforms—by researchers, universities, the media, and the public alike.
  • Measurability: tracking how research communication performs—through views, shares, downloads, or altmetrics—so researchers and funders can see evidence of engagement and societal reach.

Why Open Impact Matters

  1. Taxpayer Accountability

Globally, around 70% of research is publicly funded. In the UK alone, this amounts to more than £14 billion every year—a scale of investment that deserves transparency and clear communication back to the public. Even where universities provide their own funding, much of it ultimately traces back to the public purse—through government block grants, or through students whose fees are often covered by state-backed loans. In many ways, taxpayers are funding research twice over. At the same time, science funding priorities often shift with each new government, which can define “what science matters most.” By helping the public understand and value research in all its diversity, Open Impact strengthens support for sustained investment—beyond the short-term agendas of politics.

  1. Public Trust in Science

When research is hidden behind paywalls or communicated in inaccessible ways, trust can erode. Clear, open communication strengthens the relationship between scientists and society. It also ensures that public backing for research remains steady, regardless of which political group is in power. If people see the value of science in their daily lives, they are more likely to support continued funding, even as governments change.

  1. Policy and Decision-Making

Policymakers, educators, healthcare professionals, and businesses often rely on research—but many lack the time or training to wade through technical papers. Open Impact provides them with digestible insights they can act on.

  1. Inspiring the Next Generation

Tomorrow’s researchers are not turning to journals; they’re turning to TikTok, YouTube, and Instagram. Presenting science in the formats young people already use ensures curiosity is sparked and future talent is nurtured.

From Open Science to Open Impact

Open Science has rightly focused on breaking down barriers to access. Open Impact is about breaking down barriers to understanding.

This is not about replacing scholarly publishing. Academic journals remain the essential record of discovery, the foundation on which science builds. Open Impact exists to support and complement publishing—by helping research reach beyond academia, into classrooms, policymaking, the media, and the public square.

Together, these principles ensure that research does not just sit in journals or databases, but actively informs, inspires, and benefits society.

How Do We Get There?

Achieving Open Impact requires a cultural shift:

  • Researchers should be supported and incentivised to share their findings beyond academic audiences. Today, this is often seen as a “nice to have” rather than a “must have”—that mindset must change if science is to deliver true public value.
  • Funding agencies should include public communication as part of impact requirements.
  • Universities should provide tools, training, recognition, and funding for engaging storytelling. It is difficult to do everything in-house, so dedicated support and budgets are essential.
  • Publishers and journals should publish not only technical abstracts but also clear, plain-language summaries—relatable, engaging pieces that anyone can understand and be inspired by. This makes their own published work more widely accessible, while also helping their authors achieve Open Impact.
  • Science communicators—writers, animators, podcasters—must play a central role in bridging the gap between complex research and broad understanding. This represents a growing industry in its own right, offering meaningful careers for those who may not wish to stay in research, but want to remain close to science.

A Call to Action

The world faces unprecedented challenges—climate change, pandemics, food insecurity, and energy transitions, to name just a few. Solving them depends on public support for research and innovation.

Open Impact is our call for the next step in the open science movement.

It is a commitment to ensuring that science is not only open, but open to everyone.

Because when people understand research, they can value it, support it, and use it to create positive change.

SHARE

DOWNLOAD E-BOOK

REFERENCE

https://doi.org/10.33548/Issue155.1

NICK BAGNALL


Nick Bagnall founded Science Diffusion in 2015 with a clear mission: to make publicly funded research accessible to the taxpayers who support it. With a background in science communication and publishing, Nick saw first-hand how much valuable research—whether pioneering breakthroughs, or smaller but equally important studies—remained hidden within academic journals and out of reach to the wider public.

To change this, Science Diffusion launched Scientia, its flagship digital magazine. Scientia is dedicated to presenting research of all kinds in clear, engaging language that anyone can understand. Since then, the company has grown into a family of platforms, including SciTube (science animation) and SciPod (audio summaries).

This progress has been made possible by a skilled and diverse team—writers, editors, animators, designers, and technologists—all committed to helping researchers share their work, meet funder impact requirements, and connect with audiences beyond academia. At the heart of their mission is a simple belief: the public deserves to see, understand, and take pride in the science they fund.

REPUBLISH OUR ARTICLES

We encourage all formats of sharing and republishing of our articles. Whether you want to host on your website, publication or blog, we welcome this. Find out more

Creative Commons Licence (CC BY 4.0)

This work is licensed under a Creative Commons Attribution 4.0 International License. Creative Commons License

What does this mean?

Share: You can copy and redistribute the material in any medium or format

Adapt: You can change, and build upon the material for any purpose, even commercially.

Credit: You must give appropriate credit, provide a link to the license, and indicate if changes were made.

SUBSCRIBE NOW


Follow Us

MORE ARTICLES YOU MAY LIKE

Professor Jessica Rose | Every Step Matters: The Science Behind Walking in Cerebral Palsy

Professor Jessica Rose | Every Step Matters: The Science Behind Walking in Cerebral Palsy

Cerebral palsy is the most common childhood motor disorder and leads to lifelong difficulties with walking. Alongside colleagues at Lucile Packard Children’s Hospital, as well as national and international collaborations, research led by Professor Jessica Rose at Stanford University reveals how early brain injury disrupts muscle growth and neuromuscular control in motor function.

Professor Deanna Sellnow | How Strategic Communication Can Save Lives When Crisis Hits

Professor Deanna Sellnow | How Strategic Communication Can Save Lives When Crisis Hits

Professor Deanna Sellnow from Clemson University argues that crisis and risk communication research must evolve beyond simply describing and deconstructing problems to actively empowering people protect themselves and their communities. In an era of increasing globalisation, she proposes that researchers adopt learner- and learning-centered approaches to ensure communication does not simply inform people about dangers, but also teaches them how to respond effectively (e.g., to reduce risks, mitigate harms, improve safety, save lives) and why.

Dr David Berry | Bridging the gap between Agriculture and Automation

Dr David Berry | Bridging the gap between Agriculture and Automation

As automation and controlled environments reshape modern farming, the need for technicians who understand both plant science and engineering is rapidly increasing. At Virginia Western Community College (VWCC) located in Roanoke, VA, Dr David Berry is leading a programme supported by the National Science Foundation (NSF) with the aim to merge agriculture with mechatronics, preparing students for the realities of emerging industries. A distinctive example of this approach is an automated hydroponics system designed by two industry-sponsored students, demonstrating how practical experience, interdisciplinary training and strong employer partnerships can create the skilled workforce required for the future of sustainable food production.

Dr Hatim Hassan | Proteins identified in gut bacteria that reduce oxalate levels

Dr Hatim Hassan | Proteins identified in gut bacteria that reduce oxalate levels

New research has identified proteins from gut bacteria, called Sel1-like proteins, that have the potential to help the body get rid of excess oxalate, an organic substance linked to kidney stones, kidney disease, and other health problems. Sel1-like proteins help the cell in assembling large molecular complexes important for cell function. Dr Hatim Hassan from the Division of Nephrology and Hypertension, Mayo Clinic, Rochester, Minnesota, United States, is part of a team of scientists researching whether these proteins and their derived peptides could reduce blood and urinary oxalate levels to prevent and/ or treat hyperoxalemia (high blood oxalate), hyperoxaluria (high urine oxalate) and related disorders (including kidney stones).