
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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AI Revolutionizes Inclusive Science Outreach
- AI could personalize science outreach, fostering inclusivity and active public involvement in science issues.
- Comprehensive curriculums might focus on critical thinking, amplifying diverse voices and enhancing scientific diversity.
- Virtual reality and AI could offer interactive learning and transparent discussions on complex issues.
In a future where artificial intelligence could personalize science outreach, engagement might become more inclusive and relatable. Tailoring information to individual interests might foster trust and understanding, while social media might empower citizens to actively participate in science, driving public involvement in pressing issues like climate change or health studies.
As comprehensive science literacy curriculums could become mandatory in schools, they might prioritize critical thinking and media literacy, ensuring future generations are better equipped to navigate information landscapes. Efforts to amplify underrepresented voices in research and establish respected platforms for public discourse could lead to a more diverse and inclusive scientific community.
Immersive experiences might be crafted using virtual reality to bring complex scientific concepts to the public, enabling interactive learning beyond traditional settings. Meanwhile, AI could revolutionize data processing, enabling streamlined, relevant information distribution, which could support transparent discussions around contentious issues.
Localized scientific initiatives might see researchers collaborating closely with communities, integrating local knowledge into policy-making processes. As understanding science’s situational relevance becomes commonplace, bridging divides through interdisciplinary collaboration could become routine. Science might then transcend cultural and societal barriers, creating commonality and fostering socio-political resilience through knowledge and collective progress.

Science Fests Transform Community Engagement
- Science festivals and ambassadors bridge complex topics with daily life, enhancing community understanding.
- Science forums and open dialogue can challenge ideologies, promoting evidence-based discussions.
- Integrating culture and science, like Berlin Science Week, highlights arts-sciences collaborations.
In a future where science becomes more intricately woven into the fabric of daily life, local science festivals might flourish, offering hands-on activities that bridge complex topics with everyday experiences. Communities could experience a transformation through Science Communication Ambassadors, who engage people in accessible dialogues, casting light on scientific intricacies without claiming ultimate truths. In this envisioned society, televised forums where scientists and policymakers discuss current challenges might become regular features, providing transparent and real-time insights into how science shapes policy decisions.
The potential for science to catalyze rationality and clarity might help to dispel extreme ideologies, offering evidence-based facts as a common ground for discussions that otherwise risk futility. Although optimism for the future remains tinged with skepticism, engaging communities in science with hopeful narratives might inspire actions towards a more harmonious world. Open science might trigger the rise of varied perspectives, fostering creativity and self-realization through collaborative exchanges.
Notably, events like Berlin Science Week could set a precedent for integrating culture and science, emphasizing the arts-sciences collaboration's importance in the communication domain. Science might also bridge gender gaps in fields like medicine, despite persisting funding equity challenges, thus reinforcing its role as a unifying societal force.

Science and AI: Foundations for Unity
- Science could bridge historical disadvantages, overcoming biases and fostering inclusive progress with political support.
- AI might excel in conflict resolution, helping societies unite and surpass greed-driven barriers.
- Education could prioritize knowledge's intrinsic value, fostering innovation and adaptation for shared prosperity.
In a future scenario where science might pave the way for a brighter future, it could serve as a catalyst for bridging historical disadvantages, such as those stemming from natural resource disparities or colonial legacies. By fostering understanding of diverse behaviors through scientific clarity, communities might overcome longstanding biases and work collaboratively towards inclusive progress. Despite potential resistance from those prioritizing personal comfort and power, the role of science in fostering equitable growth could be significant if supported by collective political will and action aimed at the common good.
The advancement in artificial intelligence might also play a pivotal role, particularly in mediation and conflict resolution. Hypothetically, AI could surpass traditional human mediators in identifying shared interests, building on recent experimental successes. This technological growth might become instrumental in unifying divergent groups, allowing societies to transcend greed-driven barriers and pursue collective achievements. Achieving transparency and acknowledging the intrinsic value of knowledge could become essential in this evolving landscape.
Education systems might pivot towards instilling an appreciation for knowledge, emphasizing its worth beyond immediate applicability. In such a future, the pursuit of knowledge could become a prioritized societal value, encouraging innovation and adaptation, ultimately steering human civilization toward new horizons of shared prosperity.

Science-Driven Policies Shape Future Governance
- Government policies may require scientific assessments, boosting transparency and collaborative problem-solving with open-access data.
- Scientists' roles in politics might expand, promoting open-mindedness and bridging ideological gaps through education.
- Recognizing science's limitations, integrating insights with traditional wisdom could balance collaboration with potential power dynamics.
In a future scenario, government policies could undergo a significant transformation by mandating scientific assessments for every major decision, potentially aligning public strategies more closely with current scientific understandings. This approach might inspire transparency and collaborative problem-solving through open-access data platforms, enabling scientists and citizens to jointly address local issues like pollution. This synergy could enhance community-driven governance and ensure informed decision-making processes.
The role of scientists in politics might expand, as their methodical and evidence-focused perspectives could contribute to bridging ideological and gender gaps. This transition might be grounded in teaching scientific methodology as a foundational societal skill, emphasizing humility and adaptability to new evidence. By doing so, educational systems could instill a culture of open-mindedness and adaptability in future generations.
However, there might be recognition of the limitations of science in delivering absolute facts, acknowledging the intrinsic normative choices and uncertainties in knowledge production. This outlook could foster an appreciation for diverse worldviews, integrating scientific insight with traditional wisdom to shape our understanding. Yet, increasing awareness could simultaneously bring societies closer while introducing potential threats of power dynamics, emphasizing the delicate balance between collaboration and control in a science-driven world.