Opinion article by Dr Jessamyn Fairfield, of the National University of Ireland, Galway

Science’s Funny Side

Sometimes, science can feel like a joke. Experiments don’t work, simulations produce physically impossible outcomes, and a question that you thought would take two weeks to answer instead can take two years. All too often we hide the messiness of science, presenting progress as linear rather than admitting the missteps and follies along the way. But surprises and setbacks shape the story of science as a human endeavour, and if we are unwilling to share this side of science, to laugh at ourselves, we risk alienating society from science altogether.

You might be thinking, but science isn’t funny, it’s an important and serious business! In my view, that is exactly why we should find the humour in it. Scientific progress saves lives, and technological advances improve quality of life across the globe. This means that public understanding of and participation in science has never been more important, especially as scientific issues such as climate change and energy usage increasingly impact politics and people worldwide. Research in education tells us that playful approaches to learning information can actually aid in retention and understanding, so educators now encourage learners to generate their own content on a topic – to be able to tell a story. Or write a joke.

What is a joke, after all, but a surprising reversal, a change in viewpoint that completely reframes the information that came before? These sorts of reversals happen in science all the time, and scientists are used to having their viewpoints upended by new data. In fact, many of the skills that are important in science are also important in writing comedy: creativity, a willingness to upend the status quo, and indeed a subversive approach to authority in pursuit of a deeper truth.

But more importantly, consider the audience. When a person listens to a joke, they are waiting for the other shoe to drop and the punchline to be revealed: they are waiting to change their mind. In this era of polarised news and information bubbles, what other approach to communication of complex ideas could possibly be more powerful than comedy?

Bright Club

It is this ethos that underlies Bright Club, a series of variety nights combining academic research and stand-up comedy. I have run Bright Club events in Ireland since 2015, training researchers from science, social science, and humanities and bringing them together with comedians and musicians for thought-provoking shows. The Bright Club format itself was pioneered in the UK by Steve Cross in 2009, and Bright Club events now take place in many European countries. Before each event, academics are trained in stand-up comedy techniques, a skill set which they often find useful in teaching and other science communication events.

In the 60+ events we have held in Ireland, which take place in informal spaces from pubs to music and comedy festivals, we have found an audience which is diverse and excited to hear from academics who reject the notion of the ivory tower. The interdisciplinary nature of the events helps connect science to the broader constellation of human knowledge, drawing in people from all walks of life.

‘Surprises and setbacks shape the story of science as a human endeavour, and if we are unwilling to share this side of science, to laugh at ourselves, we risk alienating society from science altogether.’

We’ve also found that speakers who take part in Bright Club find comedy empowering: not only does it help them to communicate more accessibly, without jargon, but it helps them to communicate authentically, to find their own voices and their own unique perspectives on their own research. Participation in public engagement events like Bright Club often leads to a strengthened sense of agency and scientific identity, but the use of humour adds an extra level to this by allowing researchers to connect their professional selves to their personal selves. Audiences see researchers in their full humanity, and researchers often report that Bright Club is the first time they have felt that this humanity could be part of their work.

Science affects all of society, and hence it is of critical importance to bring researchers into public spaces to engage the public with what they do. Comedy is an invaluable tool for engagement, not least because the audience response adds the element of dialogue. Researchers report that the laughter and comments from the audience, as well as the process of writing jokes and reflecting on their own work, gave them new ideas and perspective on their research. And audiences reported great joy in hearing academic research presented so engagingly, in a fun setting, with a mix of different topics. Facts don’t speak for themselves – they need ambassadors. So, isn’t it time we all started taking ourselves a bit less seriously?

 

Reference
https://doi.org/10.33548/SCIENTIA405

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.


More articles you may like

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).

Dr Suzan Ilcan | Building Bridges Across Difference: How Women Refugees and Volunteers Foster Solidarity in Cyprus

Dr Suzan Ilcan | Building Bridges Across Difference: How Women Refugees and Volunteers Foster Solidarity in Cyprus

Across Europe, refugees and asylum seekers often find themselves in precarious situations, facing limited access to housing, employment, education, and legal protection. While government responses have frequently proved inadequate, grass-roots movements have emerged to fill the gaps. These citizen-led initiatives represent more than simple charity; they embody new forms of political engagement where refugees and volunteers work together across differences to create useful change.
This issue is particularly pressing in the Republic of Cyprus (RoC), where the island’s own history of division and displacement shapes contemporary responses to newcomers. Since 2015, the RoC has experienced a dramatic increase in refugee arrivals, making it the EU member state with the highest number of asylum applications per capita in 2021. Yet despite – or perhaps because of – this pressure, women in the Cypriot city of Paphos have created remarkable spaces of collaboration and mutual support.

Dr Alex Fedoseyev | Unravelling Turbulence Mysteries

Dr Alex Fedoseyev | Unravelling Turbulence Mysteries

Turbulence remains one of the most enigmatic and poorly understood phenomena in physics, despite being ubiquitous in nature and everyday life—from the experience of flying through turbulent air, to driving at high speed, to observing water swirling in a river. The challenge of understanding turbulence has captivated some of history’s greatest minds.
Albert Einstein (physicist): “A turbulent flow is a problem whose solution has always defied the greatest minds.”
Richard Feynman (physicist): “Turbulence is the most important unsolved problem of classical physics.”
What are the governing equations of turbulence? Dr Alex Fedoseyev is unravelling turbulence mysteries using the Alexeev Hydrodynamic Equations (AHE). The model he developed has enabled major advances in the prediction of turbulent flows and laid the foundation for practical turbulence management.

Prof Han Lamers | How Early Modern Scholars Used Ancient Greek to Shape Their National Identities

Prof Han Lamers | How Early Modern Scholars Used Ancient Greek to Shape Their National Identities

In early modern Europe, ancient Greek was far more than a scholarly pursuit. Intellectuals from many regions discovered that demonstrating resemblance of their native languages to Greek could elevate their cultural status, support claims of superiority over rival languages, and even advance religious and political causes. Sometimes called ‘Hellenising’, this phenomenon saw scholars from Italy to France, Germany, and the Netherlands, deliberately revealing —and often inventing— Greek features in their mother tongues.
Understanding how this worked requires examining specific cases where scholars used Greek to reshape their languages and advance their own agendas.