
Exploring stereotypes' impact on society, justice, and online interactions. Discusses biases in attention and cognition, their consequences, and potential strategies for humanizing encounters with unfamiliar individuals.

Exploring ancient food webs to uncover ecological patterns, extinction dynamics, and sustainability insights. Reconstructed trophic networks reveal hidden order conserved for half a billion years, offering new perspectives on ecosystem structure and evol…

Luis Bettencourt explores the science of cities, examining their unique properties, scaling laws, and impact on human life. He discusses urban innovation, sustainability challenges, and the future of urban living.

Explore psychological, social, and economic mechanisms to mitigate pandemics and their societal effects. Gain insights from experts on collective decision-making and applying rigorous social science concepts to combat current and future health crises.

Exploring COVID-19's impact through complexity science, discussing citizen-based medicine, data challenges, group size recommendations, and out-of-equilibrium thinking to reveal hidden interconnections in modern life.

Explore complex systems insights on COVID-19, including timing's role in biology and economics, network dynamics, and societal adaptation to rapid change.

Exploring climate policy through complex systems, this talk offers innovative solutions to seemingly intractable environmental challenges, highlighting potential for rapid, transformative change in energy, transportation, and consumption.

Exploring multiscale crisis response to COVID-19, examining societal polarization, scientific challenges, and institutional responses through a complexity science lens.

Explore cascading transitions in psycho-social systems, focusing on opinion change, learning, and addiction. Discover how these multilevel processes work and their potential impacts on society.

Explore the cultural evolution of cooperative norms, examining group selection, nested groups, and scale of cooperation. Gain insights into intergroup marriages and broader reflections on collective behavior.

Explore collective dynamics in social systems through evidence accumulation models, evolutionary algorithms, and real-world applications in resource finding, predictions, and robotics.

Explore how shared beliefs drive cooperation, examining adaptive value, transitions, and neutral steps in collective behavior, with insights on narratives and group dynamics.

Explore how infant behavior develops through natural practice, leading to flexible and adaptive skills. Learn about the role of everyday activities in shaping foundational behaviors and coping mechanisms.

Exploring social computing's impact on scientific research, team diversity, and human-AI collaboration in the pursuit of novel insights and wisdom.

Exploring algorithmic justice and inference physics, this talk delves into the limits of AI decision-making, emphasizing transparency, model suitability, and the importance of understanding technology's boundaries in complex problem-solving.

Exploring democracy as a complex system, examining its challenges and potential solutions through the lens of complexity science and machine learning.

Explore the mathematical consequences of choice systems where option rankings influence selection probabilities, and popularity determines rankings, leading to potential convergence and unpredictability.

Explore the relationship between science, uncertainty, and optimism, examining how embracing uncertainty can lead to a more optimistic scientific perspective and improve public communication.

Exploring thermodynamics in living systems, from cellular metabolism to ecosystems. Insights on climate change, agriculture, and the search for extraterrestrial life through a new lens of biochemistry and physics.

Explore philosophical perspectives on societal collapse, decentralization, and human resilience with experts discussing the end of everything and potential new social orders.

Explore the emerging science of networks, their structure, and function across diverse systems. Learn about phase transitions, interdependence, and mathematical models for predicting network behavior and consequences.