Representations of science and technology


This article employs quantitative and qualitative approaches to examine images of neurobiology published in a science news database, sampled across a two-year interval. Upon comparing the images to article headlines, the author argues that identifiable digital effects — such as blobs of bright colour, sparks of light, superimposed lines — correlate with articles reporting on new observations of neuronal action. A qualitative semiotic analysis of characteristic examples forwards the idea of a “blurry image”, denoting how audiences must cognitively blur the line between objectivity and subjectivity, between the “real” and the enhanced performative action evident in digital images tingling with vibrant life. The conclusion suggests that digital image making can increase aesthetic pleasability even as it serves as a partner in the cognitive task and, accordingly, the argumentation of the neuroscientist. Future research can investigate whether or not digital overlays and image features identified as obvious and attractive impact assessments of scientific research or alter evaluations of objectivity.


Television series that mix real science and imagery science make up a fascinating genre in popular science. While previous research on entertainment media focuses on Western examples and seldom includes Asian TV series, this study explores how medicine is portrayed in four TV series located in a hospital setting which were broadcasted in Taiwan. Yet, they were produced in different cultures: Taiwan, Japan, South Korea and the United States. We found that the emphasis is more on the social contexts of medicine than on factual medical information. Yet, fictional TV series may be crucial for contextualizing science and science-based medicine.


Twelve researchers from 11 countries used autoethnographic techniques, keeping diaries over 10 weeks of the COVID-19 crisis, to observe and reflect on changes in the role and cultural authority of science during important stages of viral activity and government action in their respective countries. We followed arguments, discussions and ideas generated by mass and social media about science and scientific expertise, observed patterns and shifts in narratives, and made international comparisons. During regular meetings via video conference, the participating researchers discussed theoretical approaches and our joint methodology for reflecting on our observations. This project is informed by social representations theory, agenda-setting, and frames of meaning associated with the rise and fall of expertise and trust. This paper presents our observations and reflections on the role and authority of science in our countries from March 10 to May 31, 2020. This is the first stage of a longer-term project that aims to identify, analyse and compare changes in science-society relationships over the course of the ongoing COVID-19 pandemic.


The emergence of COVID-19 represented a critical problem for the legitimacy and prestige of the Chinese Communist Party. The Chinese authorities had to fight not only to contain the spread of the virus but also to create a favorable public opinion about how they managed the crisis. Based on Foucault's approach to the “Regime of Truth”, this article analyzes the narrative surrounding the origin of the virus and how science was employed to lend it legitimacy. The article concludes by reviewing how the idea of science as a truth knowledge is used to construct a particular viewpoint, one focused on legitimizing the outbreak containment measures taken by the Chinese government.


The years of the protests marked a period of social turmoil in Italy. The critical impulses that developed within worker and student groups had political effects even on science. This paper aims to offer a historiographical description of some stages of the relationship between scientists and protesting movements, going back over the developments in science communication in Italy between the late sixties and the seventies, focusing on the case of Lucio Lombardo Radice and his work as a TV populariser. The reinterpretation of the recent past could be useful to better understand the contemporary developments in science communication from a historical perspective.


The popularity of the anti-vax movement in the United States and elsewhere is the cause of new lethal epidemics of diseases that are fully preventable by modern medicine [Benecke and DeYoung, 2019]. Creationism creeps into science classrooms with the aim of undermining the teaching of evolution through legal obligations or school boards’ decisions to present both sides of a debate largely foreign to the scientific community [Taylor, 2017]. And one simply has to turn on the TV and watch so-called science channels to be bombarded with aliens, ghosts, cryptids and miracles as though they are undisputable facts [Prothero, 2012]. Deprecated by its detractors, scientific proof is assimilated to become one opinion among others, if not a mere speculation. Worse, scientific data that challenge partisan positions or economic interests are dismissed as ‘junk science’ and their proponents as ‘shills’ [Oreskes and Conway, 2010]. By echoing such statements, some members of the media, often willing accomplices in conflating denial and scepticism, amplify manufactured controversies and cast growing doubt upon scientific credibility.


Can we really say what type of story has impact on us, and what type of story does not? Evidence suggests that we can. But we need to better understand the way that stories work on us, at a neural and empathetic level, and better understand the ways that the elements of stories, such as structure and metaphor work. By combining scientific research with the deeper wisdom of traditional storytelling we have both a deep knowledge married to scientific evidence — which can be very powerful tools for science communicators.


Public confidence in research is important for scientific results to achieve societal impact. Swedish surveys suggest consistent but differing levels of confidence in different research areas. Thus, certain research-related factors can be assumed to have a decisive influence on confidence levels. This focus-group study explores the role of different narratives in shaping public confidence in research. Findings include four themes with potential to increase or decrease public confidence: Person, Process, Product and Presentation. The results offer insights as to how public confidence in research is formed and may give researchers agency in promoting confidence through their communication activities.


Science and technology have become tools to legitimize messages that affect the world in terms of society, politics and economy. This paper presents part of the results of a study that analyzed the symbolic construction of the future in the scientific-technological discourse at EPCOT theme park in Orlando, Florida. The sociohistorical conditions and narrative strategies are analyzed based on the theoretical and methodological approach by John B. Thompson. The results highlighted that the construction of the notion of progress is strongly influenced by the commercial and political interests of the sponsors. In particular, the ‘Test Track’ ride totally lacks any discussion about the impact of cars on society and the environment. The future is presented as a utopian one without any possible disruption, a perception that permeated the development of the United States over the 20th century and is promoted even in the 21st century despite the evidence provided by multiple wars and crises.


Fiction is often credited with shaping public attitudes to science, but little science communication research has studied fans' deep engagement with a science-themed fiction text. This study used a survey to investigate the impacts of television series ‘Doctor Who’ (1963–89; 2005–present) on its viewers' attitudes to science, including their education and career choices and ideas about science ethics and the science-society relationship. The program's reported impacts ranged from causing participants to fact-check ‘Doctor Who’'s science to inspiring them to pursue a science career, or, more commonly, prompting viewers to think broadly and deeply about science's social position in diverse ways.


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