In an era marked by growing polarization and misinformation, science finds itself in a dual role: both a target of increased skepticism and a potential force for unity. Although public confidence remains relatively strong, recent studies reveal increasing instances of hostility toward science, highlighting the need for new ways to foster trust and connection across divides.
Recent findings indicate that while a majority of people in Germany still trust in science (Wissenschaftsbarometer 2023), there are alarming signs of growing rejection and even hostility. Nearly half of scientists surveyed in a representative study (DZHW 2024) report experiencing at least one form of anti-scientific hostility, with 10% facing severe threats. These tensions underscore the need for science not only to share knowledge but also to foster trust, empathy, and inclusive dialogue.
Under this year’s annual theme, "Common Ground," this challenge invites participants of Berlin Science Week to imagine ways science can better contribute to social cohesion and resilience, equipping individuals with tools to navigate a rapidly changing world. Could we rethink how complex facts are communicated? How might science better inform decision-making? And could embracing diverse perspectives in research help science foster greater understanding across society?
Why Participate?
The results of this survey will be evaluated in collaboration with ASU Decision Theater and will be published through Berlin Science Week.
Who can Participate?
This challenge is open to all participants of Berlin Science Week 2024.
Further Reading
Wissenschaftsbarometer 2023 – Repräsentative Bevölkerungsumfrage zu Wissenschaft und Forschung DZHW 2024 – Blümel, Clemens. 2024: Anfeindungen gegen Forschende: Eine repräsentative Studie des Projektes KAPAZ. Kurzdossier über die Berichterstattung. Hrsg: Deutsches Zentrum für Hochschul- und Wissenschaftsforschung GmbH.Challenge Hosts
Berlin Science Week
Berlin Science Week is an international gathering that brings together leading scientific organizations and innovators to share insights and explore the impact of science on society.
Decision Theatre
Decision Theatre is a collaborative platform that uses data visualization and interactive environments to support decision-making and engage diverse stakeholders in complex problem-solving.
Max-Planck-Institut für Bildungsforschung
The Max-Planck-Institut für Bildungsforschung conducts cutting-edge research in the fields of human development, education, and societal change, aiming to advance scientific understanding of cognitive and social processes.
Arizona State University
Arizona State University is a leading public research institution known for its innovative approach to education, commitment to inclusivity, and impactful research across a wide range of disciplines.
Challenge Context
This challenge is organized in the context of Berlin Science Week 2024 by Falling Walls Foundation, and organized in collaboration with Decision Theatre, Max-Planck-Institut für Bildungsforschung, and Arizona State University.
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Future Science: Trust Transformed
- Science outreach through AI could personalize information, increasing relatability and fostering trust.
- Education systems might mandate science literacy curricula, enhancing critical thinking and media literacy.
- Digital platforms for debates could improve evidence-based discussions, countering misinformation and fostering transparency.
In a future scenario, several distinct advancements could reshape the landscape of scientific engagement and societal trust. Science outreach might become more personalized through AI, allowing individuals to receive information tailored to their interests and educational backgrounds, potentially increasing relatability and fostering trust. Social media might emerge as a powerful tool to engage citizens in scientific endeavors, inspiring active participation in projects like biodiversity and health research, thus augmenting public understanding and involvement.
Education systems could evolve, implementing mandatory science literacy curricula emphasizing critical thinking and media literacy, ensuring future generations are adept at navigating scientific consensuses. Significant research shifts might prioritize underrepresented voices, enriching scientific discourse with diverse perspectives.
The development and utilization of digital platforms for structured debates between scientists, policymakers, and citizens could enhance evidence-based discussions on controversial topics, countering misinformation, and fostering transparency. Interactive VR environments could enable immersive learning experiences, fostering empathy and understanding of complex scientific issues.
Underlying these innovations might be the enduring drive to bridge societal divides, leveraging science communication to dispel fear and prejudice, encouraging interdisciplinary collaboration, and integrating science in policy-making. Ultimately, the future could witness a profound transformation in how science is perceived and trusted, paving the way for collective solutions to pressing global challenges.
Future Science Festivals Transform Communities
- Local science festivals could transform communities by linking scientific concepts to everyday life.
- A televised forum with scientists and policymakers might foster rational dialogue and evidence-based discussions.
- Open science and interdisciplinary events could bridge inequities and inspire a collaborative future.
In the future, local science festivals could transform communities by making science accessible and engaging through interactive activities that link scientific concepts to everyday life. A diverse network of Science Communication Ambassadors might spearhead this movement, extending knowledge into schools, workplaces, and community hubs in a relatable manner.
The media landscape could evolve to showcase a televised forum where scientists and policymakers discuss urgent matters, offering citizens transparency in how scientific insights shape governance. By openly acknowledging uncertainties and embracing evidence-based discussions, these platforms might foster rationality and quell divisive ideologies, creating a common ground for meaningful dialogue.
Despite concerns about ego-driven futures, there remains a vision for a collaborative society where science catalyzes empathy by revealing diverse perspectives. The sharing of ideas might instigate creativity and deepen self-awareness, leading to a cohesive community.
Events like the Berlin Science Week might exemplify this collaboration by blending arts and sciences, highlighting current debates to the public and underscoring the necessity for interdisciplinary partnerships. Open science could also address inequities, such as bridging the gender gap in medicine through transparent research, despite ongoing challenges like funding disparities. This integrated approach may still carry a message of hope, inspiring collective action towards a more unified future.
Science-Driven Society Overcomes Historical Disparities
- Science could help overcome historical disadvantages by prioritizing knowledge and innovation.
- Political attitudes, valuing personal comfort, hinder a scientifically unified future.
- AI mediation may foster consensus, promoting collective progress over personal ambition.
In a future where science becomes the cornerstone of progress, society could potentially transcend historical disadvantages such as limited natural resources or colonial legacies. By fostering an environment where the value of knowledge is universally recognized, communities might bridge disparities through the pursuit of understanding and innovation. Emphasis on education and transparency could help individuals appreciate diverse perspectives, ensuring that differences are not seen as obstacles but as opportunities for growth.
However, this ideal scenario is complicated by current societal attitudes, as demonstrated by political events like elections in the United States, where personal comfort and power often overshadow the common good. For a future grounded in science and unity, political leaders might need to prioritize collective interests over individual gains. The development of AI mediation, which has shown promise in fostering consensus, may play a pivotal role, further enabling unified action.
A world strengthened by scientific clarity and cooperation might only be realized if humanity overcomes the intrinsic motivations of greed and power. The possibility of widespread transparency and clarity could pave the way for human and artificial intelligence to collaborate effectively, fostering a future where collective progress trumps personal ambition.
Headline: Scientific Knowledge to Guide Policy
- Governments may require scientific assessments for evidence-based policy-making and increased public scientific literacy.
- Scientists in political roles could promote inclusive dialogue and bridge ideological gaps using science.
- Persistent beliefs may challenge science, but valuing various wisdom forms could foster holistic understanding.
In a future scenario, governments might implement stringent policies requiring scientific assessments for major decisions, potentially aligning public policy with cutting-edge scientific knowledge. This could foster a more scientifically literate society where decisions are evidence-based. Open-access platforms might emerge, allowing scientists and the public to collaboratively tackle local issues, creating a dynamic sharing of data and insights aimed at addressing challenges like pollution and resource management.
Scientists could transition more frequently into political roles, leveraging their expertise to inform policy-making directly. They might work alongside social scientists to bridge ideological and gender gaps, using science as a tool to foster inclusive dialogue and understanding. Moreover, the potential integration of scientific methodology in educational curriculums might cultivate a culture of humility and adaptability, encouraging the public to change their views based on new evidence.
However, acceptance of science might remain challenged by persistent beliefs in unfounded ideas, such as mythical creatures. While science might not provide absolute truths, the recognition of its limitations and the value of other forms of wisdom could foster a more holistic understanding of the world. This scenario might bring society closer yet poses the risk of creating hierarchies where scientific knowledge holds undue power.