
Explore how cognitive, social, and algorithmic biases in social networks make us susceptible to misinformation, and learn about efforts to counter online opinion manipulation.

Explore diverse perspectives on intelligence, from individual to collective, natural to artificial. Delve into cultural transmission, machine learning, empathy for AI, and the ethical implications of evolving technological systems.

Explore swarm intelligence in nature and AI, from bird flocks to nanoparticles. Learn how collective behaviors emerge and their applications in robotics, communication, and medicine.

Explore a framework for machine learning to model error in dynamical systems, focusing on linear oscillators, partial information, and hybrid modeling techniques.

Explore an alternative to backpropagation in machine learning, focusing on biologically-inspired local learning methods and their applications in neural networks and the cerebellum.

Explore how social media sentiment analysis can accurately measure daily emotional dynamics of online communities, validated through surveys and applied to COVID-19 impact studies.

Explore algorithmic fairness, intersectionality, and the challenges of balancing accuracy with equity in machine learning and public safety applications.

Explore Yoshua Bengio's insights on System 2 GFlowNets, examining induction biases for AI that understands and thinks. Delve into deep learning, cognitive theories, and innovative approaches to machine intelligence.

Explore the impact of large language and image models as cultural technologies, examining the balance between imitation and innovation in AI development.

Explore computational approaches for driving self-assembly of complex structures, unlocking new possibilities in materials science and nanotechnology.

Explore embodied perspectives on neural architecture search with Nick Cheney, examining the intersection of neurorobotics and complex systems in AI development and intelligence research.

Explore the trustworthiness and effectiveness of foundation models in AI with Stanford professor Percy Liang, examining their potential and limitations for human-computer interaction and continuous learning.

Exploring how scientists use models to study possibilities, examining epistemic and alethic possibilities, and discussing implications for model construction, assessment, and interpretation in scientific research.

Explore the intersection of physics and biology, uncovering mathematical frameworks for understanding life, time, and probability. Discover how chance governs cellular behavior and impacts complex biological phenomena.

Explore info-metrics framework for handling model misspecification, contrasting classical methods with innovative approaches using entropy and empirical likelihood in power law distributions.

Explore how Reservoir Computing and AI can predict chaotic systems like weather and brain dynamics, pushing beyond traditional forecasting limits and combining knowledge-free and knowledge-based approaches.

Explore forecasting natural disasters using satellite data, nonlinear dynamics, and numerical simulations. Learn about ensemble forecasting and pattern methods for predicting extreme events.

Explore how computers learn from massive data to perform tasks like spelling correction and translation, rivaling human capabilities through example-based learning.

Explore the intriguing intersection of AI and human nature, examining what our interactions with machines reveal about our own humanity and consciousness.

Explore the intersection of science, philosophy, and spirituality as Alan Lightman delves into profound questions about our universe, existence, and the nature of reality.

Explore physics-inspired algorithms for community detection, including phase transitions, statistical inference, and belief propagation. Learn about innovative approaches to clustering and network analysis.