Professor Dr. Bettina Rockenbach, President of the Leopoldina, emphasized the dual nature of AI’s evolution: while offering transformative possibilities for research, medicine, and communication, it also introduces complex dilemmas around risk management and ethical responsibility. Leveraging Leopoldina’s interdisciplinary expertise, the assembly sought to dissect various dimensions of AI — from foundational scientific advances to sector-specific applications in medicine, geosciences, and physics, establishing a comprehensive thematic landscape of inquiry.

The inaugural keynote delivered by computer scientist Dr. Cordelia Schmid offered a deep dive into the progressive development of AI technologies, highlighting current capabilities such as deep learning models, pattern recognition, and adaptive algorithms, while projecting potential future trajectories. Dr. Schmid delineated the evolution of neural network architectures and illustrated how advances in computational power and data availability have driven AI’s rapid growth. This was followed by an engaging panel discussion themed “Artificial intelligence in the services of humans – (How) can we achieve this?”, featuring AI researchers including Professors Dr. Niki Kilbertus, Nadja Klein, Cordelia Schmid, and innovation expert Professor PhD Dietmar Harhoff. Moderated by journalist Christoph Drösser, the conversation navigated the pressing question of embedding human-centric values within AI systems to guarantee beneficial deployment.

On the second day, the assembly shifted focus to the practical realms where AI is making significant inroads. Professor Dr. Sami Haddadin, an authority in robotics, elucidated advances in autonomous machine learning, emphasizing how contemporary robots acquire the ability to interpret sensory input, plan motion trajectories, and adapt dynamically to unpredictable environments. His discourse detailed the integration of reinforcement learning techniques with tactile sensing, enabling robots to “think” and self-improve beyond pre-programmed constraints.

Meteorologist Professor Dr. Susanne Crewell shed light on AI’s transformative influence on meteorology and climate science. By incorporating machine learning-driven modeling and big data analytics, AI is revolutionizing weather forecasting accuracy and enhancing our grasp of complex climate dynamics. Dr. Crewell underscored how convolutional neural networks and ensemble learning algorithms contribute to resolving nonlinear atmospheric processes and predicting extreme weather events with unprecedented precision.

Ethical considerations surfaced prominently in the lecture by Dr. Philipp Lorenz-Spreen, who examined AI’s interplay with social media platforms and its reverberating effects on democratic processes. Addressing the intricate behavioral feedback loops created by algorithm-driven connectivity, Dr. Lorenz-Spreen illuminated the challenges posed by content personalization, misinformation spread, and the amplification of societal polarization. His insights called for critical scrutiny into AI regulation frameworks to safeguard democratic integrity.

The concluding lecture by Professor Dr. Moritz Helmstaedter masterfully bridged artificial and biological intelligence, exploring mutual inspirations between computational models and neuroscientific discoveries. Helmstaedter highlighted how advances in understanding neural circuitry and brain plasticity have influenced AI architectures, while AI tools, in turn, provide novel methodologies to decode brain function and cognition, symbiotically accelerating progress in both realms.

A notable highlight of the assembly was the conferment of the “ZukunftsWissen – Early Career Award” to Professor Dr. Zeynep Akata, recognized for her pioneering work in explainable AI (XAI). Her research focused on generating interpretable AI systems integrating visual, linguistic, and conceptual modalities to ensure transparency in algorithmic decision-making. Akata’s contributions promise to enhance human trust in AI by elucidating complex model behaviors through multi-modal explanations.

The prestigious Cothenius Medal 2025 was awarded to Professor Dr. Kai Simons, honoring his seminal lifetime contributions to molecular biology, particularly his work on cell membrane organization and the molecular dialogue between viruses and host cells. Simons’ research underpins crucial biomedical understanding pertinent to virology and immunological applications.

This year’s assembly welcomed talented German students funded by the Wilhelm and Else Heraeus Foundation, providing them an exceptional opportunity to engage directly with cutting-edge scientific discourse. Additionally, postdoctoral fellows benefited from participation grants provided by the Friends of the Leopoldina Academy and the Alfried Krupp von Bohlen und Halbach Foundation, fostering early-career engagement in high-level scholarly exchange.

The scientific coordination of the event was managed by mathematician and computer scientist Professor Dr. Dr. Thomas Lengauer and physicist and computer scientist Professor Dr. Klaus-Robert Müller. Their visionary leadership shaped the event’s theme, promoting an interdisciplinary approach to understanding AI’s ramifications.

All lectures were held bilingually in English and German with simultaneous translation, and the entire assembly was livestreamed globally via the Leopoldina’s YouTube channel, enabling broad access to this critical discourse without prior registration. The event demonstrated how scientific communities can drive informed dialogue on AI’s societal integration, ensuring technologies progress in alignment with human values and ethical imperatives.

As the German National Academy of Sciences, the Leopoldina plays a pivotal role in providing evidence-based policy advice informed by extensive interdisciplinary assessment. Founded in 1652 and serving as Germany’s National Academy since 2008, the Leopoldina unites around 1,700 members from over 30 countries, representing virtually all scientific domains. Its commitment to independence and societal welfare enables it to act as a trusted advisor to political decision-makers, internationally recognized for contributing to global academic dialogue including G7 and G20 summits.

The 2025 Annual Assembly underscored a pivotal juncture where AI’s promise and responsibilities intersect, inviting researchers, policymakers, and the public alike to thoughtfully navigate the future of intelligent technologies.

Subject of Research: Artificial Intelligence and its Applications Across Scientific Disciplines and Society
Article Title: Artificial Intelligence at the Forefront: Insights from the 2025 Leopoldina Annual Assembly
News Publication Date: September 25-26, 2025
Web References:

• Leopoldina YouTube Channel Livestream: https://www.youtube.com/@nationalakademieleopoldina
• Annual Assembly Program: https://www.leopoldina.org/en/events/event/event/3237/
  Keywords: Artificial intelligence, machine learning, robotics, explainable AI, AI ethics, climate modeling, neural networks, interdisciplinary research, AI in medicine, AI and democracy, cell membranes, viral-host interaction

In his parting address, Haug reflected on the academy’s commitment to providing timely and scientifically grounded advice to policymakers, emphasizing that the balance between scientific independence and political effectiveness remains a critical challenge. He expressed pride in the Academy’s ability to navigate turbulent times, specifically referencing the coronavirus pandemic and the geopolitical tensions spurred by Russia’s invasion of Ukraine. These events underscored the necessity of rapid scientific guidance, which the Leopoldina adeptly delivered throughout his presidency.

Rockenbach’s assumption of office ushers in a new era focused on anticipatory science-based advisory processes that aim to equip society with the foresight necessary to tackle imminent crises. In her inaugural speech, Rockenbach commended Haug for successfully enhancing the academy’s visibility and influence during his presidency. She pledged to continue that momentum by leveraging interdisciplinary collaboration among the Academy’s vast membership, which encompasses approximately 1,700 experts from diverse fields of research.

The significance of scientific independence was central to the discussions, with Minister Özdemir underscoring its critical function as a pillar of free societies. The preservation of scientific freedom is not merely an academic concern, but a necessity for progress, growth, and prosperity in a rapidly changing world. This was particularly poignant in light of recent developments threatening academic freedoms across the globe, including in the United States.

Throughout her illustrious career, Rockenbach has demonstrated a commitment to understanding complex social dilemmas through the lens of economic theory. Her work in experimental and behavioral economics at the University of Cologne has equipped her with unique insights into cooperation dynamics among disparate social actors, a vital aspect in formulating effective policy recommendations. Rockenbach’s approach aims to bridge the gap between empirical research and practical application, especially as societies confront multifaceted issues such as climate change, resource allocation, and public health crises.

The Academy’s role as a scientific adviser has never been more crucial, especially given the rapid rate of technological advancement and the global challenges that come with it. The ability to distill scientific findings into actionable insights for political leaders is paramount in ensuring that societies can adapt and thrive amidst uncertainties. Rockenbach’s vision includes a reaffirmation of the Academy’s standing as a reputable resource for informed governance.

During Haug’s presidency, the Leopoldina established itself as an essential player in international scientific discourse. He fostered collaborations with other national academies and took a stand on critical issues, including the energy crisis resulting from geopolitical conflicts. Haug’s initiatives, including the establishment of the Leopoldina Fellowship for young Ukrainian scientists, illustrated a proactive approach to safeguarding the global scientific community’s integrity and fostering innovation in challenging times.

The transition of leadership also sheds light on the ongoing need for academies like the Leopoldina to adapt swiftly while maintaining rigor in their scientific integrity. Rockenbach’s plan to build on Haug’s legacy entails a recommitment to interdisciplinary research that can anticipate and mitigate crises before they escalate. The proactive engagement of scientific communities in policy discussions is vital for fostering a better understanding of the societal implications of scientific advancements.

As the new president embarks on her term, there is an anticipated growth in outreach, focusing not only on the German scientific community but also positioning the Leopoldina as a force in global discussions on science policy. By emphasizing collaboration and transparency, Rockenbach aims to inspire confidence in the scientific process and promote a culture where science is viewed as an essential bedrock for societal development.

The Academy’s rich history, dating back to its founding in 1652, continues to inform its mission. Since its designation as the National Academy of Sciences in 2008, the Leopoldina has evolved into a key institution that facilitates discourse between scientists, policymakers, and the public. Rockenbach’s leadership is poised to harness this legacy while navigating the complexities posed by contemporary global challenges, ensuring that the Academy remains at the forefront of scientific advisement.

In conclusion, Bettina Rockenbach’s presidency of the Leopoldina represents an exciting opportunity for the German National Academy of Sciences to further its mission of providing independent, science-based policy advice. As the world faces an array of pressing issues that demand immediate scientific input, the continuation of robust scientific counsel cannot be overstated. As both Haug and Rockenbach have illustrated, the need for scientific independence and the thoughtful application of research findings to real-world problems will remain critical for the Academy’s success and the betterment of society at large.

Subject of Research: The role of scientific advisory in policymaking and the responsibilities of the German National Academy of Sciences in the contemporary geopolitical landscape.
Article Title: New Leadership for the Leopoldina: Bettina Rockenbach Takes Office as President
News Publication Date: October 2023
Web References: https://www.leopoldina.org/en/president-images
References: N/A
Image Credits: N/A
Keywords: Scientific community, Science policy, International relations, Behavioral economics, Climate protection, Global health policy, Research management, Interdisciplinary collaboration.