Bernard Schiele on the challenges of science communication

Bernard Schiele is a Researcher at the Centre interuniversitaire de recherche sur la science et la technologie (CIRST), and Professor of Communications at the Université du Québec à Montréal (UQAM).

Professor Schiele frequently teaches and lectures in North America, Europe, and Asia. He has been working for a number of years on the socio-dissemination of science and technology. He played a significant role in the creation of the master’s program in museology at UQAM as well as the development of an international PhD in museology in partnership with the Université d’Avignon et des Pays de Vaucluse (UAPV). Professor Schiele is a member of several national and international committees and is a regular consultant on scientific culture matters to governmental bodies and public organizations. He is a founding and current member of the scientific committee of the International Network on Public Communication of Science and Technology (PCST). He has chaired the International Scientific Advisory Committee for the China Science and Technology Museum in Beijing and the scientific committee for the 2012 International Conference on Science Communication in Nancy, France.

In 2012, Professor Schiele was recognized with the Annual International Achievement Award from the International Council of Museums Canada (ICOM).

We sat down with Bernard to chat about his research and find out more about his involvement with science communication.

ASC: How did you find yourself in science communication?

Bernard: I am not in science communication per say. I am an observer of science communication: I try to understand how it works, what its features are, and the processes at play. I came to science communication by studying the representation of science on television, how it was presented to the public, and how it shaped the image that each and everyone had of it. Afterwards, this interest expanded to science museums and science centers. If television remains the single greatest source of information for the majority and a way to interpret the world, museums are appreciated by the public. In short, what drew me towards science communication was this question: how do knowledges – plural – circulate in society once they are beyond the control of specialists? This question entails another one: how does the public appropriate these knowledges, and how, once shared, do they transform our understanding of the world?

ASC: Why is science communication important to you?

Bernard: First, the global impact of science and technology upon society, environment, labor structures, and daily life today is such that no one can remain indifferent. In our modern world, the development of science and technology is the main dynamic behind social transformations and nothing remains immune to it. But science, once synonymous with progress and hegemonic in a world permanently changing, is now viewed as ambiguous as its many promises entail an element of risk. This is why some consider that society’s relationship with science is in a critical phase.

Second, in parallel — and probably as a result — we observe a legitimacy crisis of authority figures, including scientists. Therefore science communication is now synonymous with the involvement of the public. A public that does not want any more to be kept apart from the decision processes that may affect it, especially those involving social choices. The public is not naive : what are usually advertised as purely scientific or technical questions usually involve questions of a social, economic and ethical nature. To exclude them from the debate only fosters doubt and resentment. When facing their consequences, no one as a greater say than any other. The issue is thus no longer about an impossible rise in the individual and collective level of knowledge, but about the impacts of technoscience’s encroachment on society. This is why the debate nowadays focuses more on issues of participation and dialogue, rather than on diffusion. Furthermore, the idea of dialogue implies reciprocity. In other words, it involves equal partners. Thus, it is not enough to be a scientist or an expert to be listened to, let alone to have the final say. The mobilization of the public has become a major social phenomenon.

ASC: What challenges have you faced in talking about science?

Bernard: I had two main challenges. The first was to explain pervasiveness of communication technologies result in a constant flux of information that not only subvert traditional forms of communication and dramatically increase the number of – often contradictory – information sources, it also results in the creation and development of new forms of participatory collaboration. Thus, it becomes increasingly difficult to differentiate information and knowledge from opinion and judgment. This proliferation of immediately accessible discourses by web users, regardless of their actual location, far from allowing the expansion of knowledge, tends on the contrary to limit them to their function as sign. Unless, they actually engage themselves in a systematic and critical investigative process. The second challenge was to explain that nowadays new knowledge is constantly produced in all fields at an ever-increasing pace, forever widening the gap not only between scientists and publics but also between scientists. How can we then expect the public to acquire an all-encompassing scientific culture? Thus, a lack of scientific culture is the dominant feature of our ever more specialized modernity, and this ignorance cannot but further increase. The issue has thus shifted from raising the level of scientific literacy at least to the bare minimum required to become a credible interlocutor, to involving citizens. It is only collectively, with the participation and involvement of each and every citizen, regardless of background, that we will find solutions to the problems we face. It is thus the mobilization and involvement of the scientific community and of all social actors, invited to work alongside each other, that must be encouraged and brought about.


Bernard will join our rejection of science panel at the ASC Conference on March 11 in Brisbane. 

Chatting with Christine O’Connell about science communication

Dr. Christine O’Connell is the Associate Director of the Alan Alda Center for Communicating Science and a faculty member in the School of Journalism at Stony Brook University. As a scientist with an extensive interdisciplinary background in policy, outreach and communication, she brings a unique perspective to the Alda Center. She received her Ph.D. in Marine and Atmospheric Sciences at Stony Brook University, and her B.S. in Natural Resources from Cornell University.

Christine teaches and develops curriculum for graduate and undergraduate courses in science communication and speaks at national and international workshops for the Alda Center. She was part of the original group of graduate student scientists trained by Alan Alda in improvisation back in 2009, and manages The Flame Challenge, an international contest that asks scientists to communicate complex science in ways that would interest and enlighten an 11-year-old.

We sat down with Christine to find out more about her involvement with science communication.

ASC: How did you find yourself in science communication?

Christine: I went to school for science in the 1990’s and got frustrated that my research just ended up on library shelves or in the hands of other scientists. I decided to switch careers and go into environmental advocacy and policy, where I thought I could make more of a difference. After years of doing that, I got frustrated that there wasn’t enough science in important policy decisions and decided to go back to graduate school and get my PhD in the sciences to try and bridge the gap between science, society and policy. That’s when I was asked to be part of the initial pilot group of scientists being trained by Alan Alda in improv techniques to help us be better communicators. I was hooked and have worked with the Alda Center in science communication ever since. This is where I see myself making the biggest difference.

ASC: Why is communicating science important to you?

Christine: Clear and vivid  communication of science is so important for an informed society and for sound policy decisions. Many scientists are scared of the word “advocacy,” but, in today’s day and age, where science itself has become politicized, we must be advocates for science and the scientific process. Otherwise someone else will fill the void with bad science or muddled intentions, and bad decisions will be made. We need to have an informed and inspired public to help build the next generation of science leaders and to make sure we are making sound decisions about our world. Also, not only does effective science communication help with funding important research, educating the next generation, guiding public policy and increasing the public’s understanding of science – it also just makes for stronger science. This is something we hear over and over again after scientists go through our training – it makes them better scientists.  Communication is what makes scientific process work.

ASC: What challenges have you faced in talking about science?

Christine: Jargon. There is discipline specific jargon, where even as a scientist, I find it hard to understand my colleges half the time; and then there is academic jargon. Its important to remember to speak in clear and vivid everyday language. Another challenge is always focusing on my audience and remembering that communication doesn’t actually happen unless they get what I am saying, otherwise I’m just talking. You need to always be listening, even when you are talking. Its hard to keep this level of focus and energy all of the time, but it is so important.


Christine will deliver a keynote presentation at the ASC Conference on March 11 in Brisbane. Find out more on the conference schedule.

Interview with Elizabeth Finkel, ASC 2016 conference speaker #ASC2016

Elizabeth Finkel is a one-time biochemist who took up science journalism. Now the editor in chief of Cosmos Magazine, her work has appeared in publications ranging from the US journal, Science to The Age as well as on ABC radio’s Science Show. Read our interview with Elizabeth below to find out how she ended up writing about science, and the challenges that come with it.

ASC: How did you find yourself in science communication?

Elizabeth: I’d just finished up a post-doc in San Francisco, and was returning to Melbourne with a 12 month baby in tow. I decided freelance writing would work better with parenting, than going back to full-time research.

(You can read about Elizabeth’s science writing career in Cosmos here.)

ASC: Why is communicating science important to you?

Elizabeth: I have an unquenchable passion for science and for sharing the story.

ASC: What challenges have you faced in talking about science?

Elizabeth: Controversy may be the spice of journalism but it is tough to cover in science. You have to wade into the thick of messy, complex arguments. But I guess I like doing that.

To check out more about the conference and to register, click here.

ASC2016 accommodation discounts

For the love of science – our chat with George Musser, ASC 2016 speaker #ASC2016

George Musser is a science writer and editor focusing on space science and fundamental physics. He is a contributing editor at Scientific American magazine, a Knight Science Journalism Fellow at MIT for 2014–2015, and the author of Spooky Action at a Distance (2015) and The Complete Idiot’s Guide to String Theory (2008).

We sat down with him to ask how he got into the science communication business and why he has grown to love it so much.

ASC: How did you find yourself in science communication?

George: I really just fell into science communication – just tumbled into it. I didn’t even know it existed as a career option. I was a grad student doing planetary science, but also journalism on the side – you could say that I was a scientist by day and reporter by night. And then I saw this job posting for a science editor and I went, wow, wouldn’t that bring together my two brain hemispheres? And to my surprise they hired me. Everything I’ve learned about it, I’ve picked up in the act of doing it.

ASC: Why is communicating science important to you?

George: Well, I’m an idealist. I want to help make the world a better place. And I think that science can do that. Forget even the doodads that science helps to bring into the world. Just the mindset that science shapes, could you imagine the modern world without it? Could you imagine not knowing the earth is a planet, or that humans are cousins of chimps? Science is our greatest source of novelty in the world, the best way to jerk us out of established grooves of thought.

ASC: What challenges have you faced in talking about science?

George: A science communicator is tugged in a thousand directions. Scientists want lots of praise of their own research and lots of dubiousness about other people’s. They’re more worried about getting one tiny thing wrong than getting eight big things right. Editors want to get rid of those pesky “mights” and “maybes”. Business-side people wonder why you don’t just write about kittens instead. Readers – well, what *do* readers want? Do they even know? Staying sane, let alone striking a balance, is the great challenge of this profession.

Check out more information about the conference and register here.ASC2016banner2bubbles

BREAKING NEWS: Chief Scientist Alan Finkel to headline #ASC2016

We are delighted to announce that Alan Finkel (Australia’s Chief Scientist) is our keynote speaker for ASC2016!

Dr Finkel commenced as Australia’s Chief Scientist on 25 January 2016. He is Australia’s eighth Chief Scientist.

Alan Finkel - official photo

Dr Finkel has an extensive science background as an entrepreneur, engineer, neuroscientist and educator.

Prior to becoming Chief Scientist, he was the Chancellor of Monash University and President of the Australian Academy of Technology and Engineering (ATSE).

Dr Finkel was awarded his PhD in electrical engineering from Monash University and worked as a postdoctoral research fellow in neuroscience at the Australian National University.

In 1983 he founded Axon Instruments, a California-based, ASX-listed company that made precision scientific instruments used at pharmaceutical companies and universities for the discovery of new medicines. After Axon was sold in 2004, Dr Finkel became a director of the acquiring company, NASDAQ-listed Molecular Devices.

In 2006, he returned to Australia and undertook a wide range of activities. He led the amalgamation that formed the Florey Neuroscience Institutes; he became Chair of the Australian Centre of Excellence for All-Sky Astrophysics (CAASTRO) and was a director of the ASX-listed diagnostics company Cogstate Limited. He was Executive Chair of the educational software company Stile Education, Chair of Manhattan Investment Group, Chief Technology Officer of Better Place Australia and Chair of Speedpanel Australia.

Committed to science education, Dr Finkel co-founded Cosmos Magazine, which in addition to magazine publishing operates a secondary schools science education program. At ATSE, he led the development and implementation of the STELR program for secondary school science, which has been adopted in nearly 500 Australian schools. Dr Finkel also established the Australian Course in Advanced Neuroscience to train early career neuroscientists.


Find out more about the conference (in Brisbane on March 11) on the website

10-20% accommodation discount for ASC2016 delegates

ASC2016 accommodation discountsRoyal on the Park in Brisbane are offering a 20% discount on standard rooms to ASC2016 delegates if booked and paid by Monday, and 10% for the following 14 days.

Contact asc2016@asc.asn.au for the discount code.

Talking science and technology with Allan Bishop – ASC 2016 conference speaker

Allan Bishop, a speaker for the upcoming ASC 2016 conference, is a Software Engineer working in The Cube studio at QUT. The interactive display has presented many scientific themes such as chemistry, ecology, biology, and most recently palaeontology. We sat down with him to see what he finds challenging about using technology to communicate science.

ASC: As a software engineer, how did you find yourself to be a science communicator?

Allan: I have been fortunate enough to find myself working as a software engineer in the education sector and, as a result, have had the opportunity of working on projects that, at their core, have the goal of communicating science to a wide ranging audience. My role is to work with subject matter experts and designers to solve the problem of transforming this information into a unique interactive format.

ASC: Why is communicating science important to you?

Allan: I believe science is vital in shaping our future and improving our quality of life. Science underpins our knowledge so communicating science is an integral part of our ability to effectively share this information.

ASC: What challenges have you faced in talking about science in the medium you work with?

Allan: In the case of developing content for The Cube at QUT, the biggest challenge is finding the right compromise to ensure information is accessible and informative to a wide range of visitors whilst also being engaging and entertaining.

ASC: In the space of a tweet (140 characters) – how would you describe science communication?

Allan: Science communication is the process of effectively educating people about science.

Check out more information about the conference and register here.

Communicating pain science through art with Eugenie Lee – ASC 2016 conference speaker

Eugenie Lee, one of our speakers for the ASC 2016 conference, is an emerging interdisciplinary artist using her art to communicate the bio-psycho-social experiences of pain-related illness through visual metaphor. Have a read of our interview with her to discover what she thinks of alternative platforms used in communicating science.

ASC: As an artist, how did you find yourself to be a science communicator?

Eugenie: For many years I have been searching for ways to manage my chronic pain disease. During my research I became acutely aware of a huge gap between the way what objective medical science can observe and measure, and what the patient actually feels and experiences. So I began to create something that could bridge the gap between these viewpoints that can generate alternative understandings and meanings. My art residencies for the last three years have allowed me to study and participate in research with the pain scientists at Body In Mind in UniSA and Neuroscience Research Australia. Medical science fascinates me. The evidence based and objective perspectives in science provide the balance to the subjective experience of patients’ experience I’m so familiar with. Translating what I have learned from the pain scientists into a language that can be understood by the general public is an integral part of my art making.

ASC: Why is communicating science important to you?

Eugenie: The Cartesian dualism has been around too long in our culture, including in medical science – with the old idea that our body is like a machine which is separate from our mind, and that pain can be and should be traced back to physical injuries or tissue damage. To my delight, neuroscience was the key to what I’ve been searching for – with the view that it isn’t just about looking for physical tissue damage to explain one’s pain experience; the whole person, and the life surrounding that person also needed attention, in order to manage their pain. What I have learned during my residencies has enlightened me with the latest perspective in pain. Yet their research findings have been somewhat struggling to reach the mainstream culture – part of it is because the Cartesian dualism has been so deeply entrenched in our western culture. Current pain science has moved on well past this centuries old theory, and they have structured their research with the fact that all pain is subjective.
I feel that it is my responsibility as an artist to share the latest knowledge of their research in a way that can be understood by everyone.

ASC: How do you think your artwork conveys science compared to that other forms of communication?
Eugenie: I’ve always been interested in alternative forms of communication as an artist, other than verbal language. This suits my concept of pain in my work because
pain cannot be communicated through a straight forward manner of language – it instead needs mediated, public expression and referential meaning like a metaphor. And art is all about metaphor through visual narratives. I believe communicating through metaphor opens up the possibility of alternative understandings and meaning for the complexities of pain.

Science stands on the objective ground. Pain science acknowledges that all pain is subjective yet as scientists, they observe, measure and record from an objective perspective. Art is subjective. As an artist and a pain patient, I bring in the subjective narrative from my own experience. To convey such complex knowledge of pain, I believe it is imperative to combine both subjective and objective viewpoints. I filter technical lingos attached to the field of medical science so that artworks can communicate through universal language – i.e. visual narratives – that transcend status, age or cultural barriers.

ASC: How would you describe science communication in 140 characters or less?

Eugenie: Art&science communication explore what’s relevant to us. Together they can have greater effect that can transcend language/cultural barriers.

Eugenie would like to thank her sponsors:

 

Check out more information about the ASC 2016 conference and register here.

Our chat with Kylie Walker – ASC 2016 conference speaker

Kylie Walker is the Director of Communications and Outreach at the Australian Academy of Science, and will be one of our great speakers at the upcoming ASC 2016 conference to be held in Brisbane on March 11. Over her 20 year career, Kylie has seen the rise and fall of different trends and innovations in communicating science. What does she think will be the next big thing? We had a quick chat to her to find out.

ASC: How do you think the science communication space has change over the time you have worked in this area?

Kylie: Multimedia platforms have made a huge difference and opened up incredible new ways to communicate science, connect with audiences and really personalise the experience. Cosmos broke new ground with its medium-specific tablet app; science animator Drew Berry of WEHI took multimedia presentation of science even further by creating a beautiful, layered and highly interactive “text book”; the Academy’s secondary school education program Science by Doing has created fully interactive digital classroom resources: these approaches and others like them bring the beautiful and complex visual elements of science to life in a way that words simply cannot.

ASC: Why is communicating science important to you?

Kylie: I began my love affair with science as a child fan of science fiction. As I grew older I came to understand more and more that science fact is endlessly fascinating, central to our lives, and strikes at the core of many fundamental questions of our existence. I love the intersection between science and philosophy, the ‘wow’ factor of discovery, and the thrill of exploring future possibilities. And yet my school experience of science was unfortunately – like so many of the era – just a real yawn. What I love about my job is the opportunity to re-kindle in adults that childlike light of excitement and discovery, and the responsibility of working to ensure that science and scientists are well supported to keep pushing the boundaries of knowledge.

ASC: In the future, how do you think science will be communicated?

Kylie: On a grand scale, I can see a time when virtual reality, 3D visualisation and other technology will make science communication a fully immersive experience. But I think there’s also room for the personal touch, and the further demystification of scientists themselves. It would be great to incorporate communication skills more holistically into science degrees and to see technology-enabled live interactions between scientists and citizens flourish.

Check out the ASC conference and register here.

ASC2016 – John Cook

John Cook is the Climate Communication Fellow for the Global Change Institute at The University of Queensland. He created the website SkepticalScience.com, which won the 2011 Australian Museum Eureka Prize for the Advancement of Climate Change Knowledge.

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In 2013, he published a paper analysing the scientific consensus on climate change that gained worldwide media attention, being tweeted by President Barack Obama. The paper was awarded the best paper of 2013 published in Environmental Research Letters and is the most downloaded paper in the 80+ journals published by the Institute of Physics.

John will speak on a panel discussing “How do you understand and respond to people’s rejection of science?” at the Australian Science Communicators conference in 2016. We spoke with John to find out more.

ASC: What do you think the main reason is for people to reject science?

JC: People are complicated so there are a variety of reasons why someone might reject a particular area of science. But a primary driver of science denial is when scientific evidence is perceived to threaten a person’s values or ideology. Prominent examples are biological evolution threatening religious beliefs and human-caused climate change threatening political ideology (namely, support for free unregulated markets).

ASC: What is the most effective way to respond to this denial?

JC: Psychological research has found that presenting scientific evidence to people whose identity or beliefs are threatened by that evidence is ineffective, or can even be counterproductive. There are several possible solutions to this dilemma. One is the use of messengers who share the values of their audience, framing the science in a way that doesn’t threaten their values. For example, a Christian scientist explaining the science of evolution to Christian audiences and explaining how science is not in conflict with their faith.

Another approach, which is the focus of my research, is inoculating people against misinformation. Ensuring that the undecided majority is less vulnerable to misinformation is arguably a more fruitful approach in stopping the spread of denial than trying to change the minds of a difficult-to-persuade minority.

ASC: Any comments you have about the conference in general or the ASC

JC: Science communication is essential in order for the public to make well-informed decisions. In turn, its crucial that science communicators take an evidence-based approach, heeding social science research when designing their messages.  Understanding the psychology of our audiences and how people update their beliefs in response to new information is crucial to effective science communication.


Interested in hearing more from John? He’ll be at the ASC Conference 2016.