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In the past 25 years school-university partnerships have undergone a transition from ad hoc to strategic partnerships. Over the previous two-and-a-half-years we have worked in partnership with teachers and pupils from the Denbigh Teaching School Alliance in Milton Keynes, UK.
Our aims have been to encourage the Open University and local schools in Milton Keynes to value, recognise and support school-university engagement with research, and to create a culture of reflective practice.
Through our work we have noted a lack of suitable planning tools that work for researchers, teachers and pupils. Here we propose a flexible and adaptable metric to support stakeholders as they plan for, enact and evaluate direct and meaningful engagement between researchers, teachers and pupils. The objective of the metric is to make transparent the level of activity required of the stakeholders involved — teachers, pupils and researchers — whilst also providing a measure for institutions and funders to assess the relative depth of engagement; in effect, to move beyond the seductive siren of reach.

This commentary shares a personal ‘learning curve’ of a science communication researcher about the impact of (playful) tools and processes for inclusive deliberation on emerging techno-scientific topics in the contemporary era of two-way science and technology communication practices; needed and desired in responsible research and innovation (RRI) contexts. From macro-level impacts that these processes are supposed to have on research and innovation practices and society, as encouraged by the RRI community, the author discovers more about ‘micro-level’ impacts; through conversations with peers of her department Athena (VU University, Amsterdam), as well as through experiencing the SiP 2015 conference in Bristol. Based on that, she defines several ‘impact-spheres’: a modular set of flexibly defined micro-level impacts that events in RRI contexts can have on both academic and non-academic participants, with respect and relationship development as focal assets to aim for; individual (micro-)changes that potentially build up towards an ‘RRI world’.

Between 2010 and July 2015, a group of researchers at the Department of History and Philosophy of Science, University of Cambridge and the National Maritime Museum were engaged in an Arts & Humanities Research Council-funded project “The Board of Longitude 1714–1828: Science, innovation and empire in the Georgian world”. The project team included a dedicated Public Engagement Officer whose role was to engage audiences with the outputs of the research project.
The National Maritime Museum celebrated the 300 th anniversary of the 1714 Longitude Act with a major exhibition, Ships, Clocks & Stars: The Quest for Longitude, which told the story of the 18th century quest for longitude, alongside a series of longitude-themed events. To commemorate the same anniversary, NESTA launched the 2014 Longitude Prize, a challenge to find a solution to today’s equivalent of the longitude problem, with the problem chosen by a public vote. Using these two examples as a case study, I explore how history of science helps science communication organisations engage people with science, and vice versa.

This essay seeks to explain what the “science of science communication” is by doing it. Surveying studies of cultural cognition and related dynamics, it demonstrates how the form of disciplined observation, measurement, and inference distinctive of scientific inquiry can be used to test rival hypotheses on the nature of persistent public conflict over societal risks; indeed, it argues that satisfactory insight into this phenomenon can be achieved only by these means, as opposed to the ad hoc story-telling dominant in popular and even some forms of scholarly discourse. Synthesizing the evidence, the essay proposes that conflict over what is known by science arises from the very conditions of individual freedom and cultural pluralism that make liberal democratic societies distinctively congenial to science. This tension, however, is not an “inherent contradiction”; it is a problem to be solved — by the science of science communication understood as a “new political science” for perfecting enlightened self-government.

The prioritization of neglected diseases in the policy making framework requires heightened advocacy [WHO, 2006]. Mass media positive publicity is among approaches that can be used to achieve this. This paper discusses practical use of mass media to do publicity and advocacy for a neglected disease and its vector. It uniquely presents online links to the analyzed newspaper and television news and opinion articles on tsetse and Trypanosomiasis. The paper shares entry points into mass media advocacy from a lessons learned perspective and notes the importance of understanding how the mass media works in order to achieve advocacy of neglected diseases using sleeping sickness as a case study. 

Communication about technology has long been neglected within the field of science and technology communication. This visual exploratory study focuses on how users can communicate with and about technology in public places through warning signs posted on technological devices.
Three broad categories of messages have been identified: bad design, malfunctioning and disciplining users. By analyzing examples within each category, we suggest that studying these communicative situations can be a key to understanding how users are engaged in continuous, elaborate and sometimes even conflicting framing of technological devices (e.g. with regard to their purpose, appropriate uses, shifting boundaries between functioning/malfunctioning); how such framing, in turn, can be used to readjust/realign social behavior and organizational routines.

The standardisation and selectivity of information were characteristics of science journalism in the printed medium that the digital editions of journals have inherited. This essay explores this fact from the international perspective, with a special focus on the Spanish case.

Measuring impact may be challenging, but does that mean we should accept a lack of ambition? Researchers in all fields are grappling with the challenge of how to measure impact (in many different contexts, which naturally leads to many different approaches), and so perhaps it is not surprising that the ‘impact culture’ is spreading to public engagement. But is the field rising to the challenge or should we think more broadly about how we demonstrate impact, perhaps freeing individual and smaller projects from the need to measure public impact and allowing them instead to focus on formative development? This editorial explores some of the issues in the field.

Knowledge is not static or unique. It can be exchanged between activists, academia and policy circles: from science to activism and from activism to science. Existing scientific knowledge is being used by activists to expose wrongdoings or improve practices and knowledge in environmental and health conflicts. Activists can either adopt scientific knowledge and data in their own argumentations or produce new scientific knowledge either by becoming scientists themselves or in co-operation with experts. Local and scientific knowledge is being combined to challenge government policies and the knowledge produced by corporate actors. Also explored is the figure of the expert-activist; with scientists becoming activists and vice versa, the boundaries between activists and scientists are increasingly blurry.

After being cosseted by the media for what they incorrectly considered to be a scientific feat, the author found himself widely boycotted by the more “responsible” media. The reason for this was his critical view of the evolution of science, which he felt had become a tool at the service of innovation, and, therefore, of industrial interests. The traditional image of science, which serves to help us to understand the world, still persists despite being perverted by commercial interests, because it is defended by naive people as well as by lobbies, themselves responsible for this debasement. Thus, the “militant” scientist is suspected of dishonourable behaviour and finds himself expelled from the “scientific community”, forced to express himself from the margins. As a result, a parallel world of information and debate is created, which presents truths different from those of the mainstream institutions.