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These roundtables will explore how advances in computational neuroscience, molecular biology, and genomics are transforming understandings of disease, shifting perceptions of illness toward more mechanistic, data-driven, and personalized frameworks, and enabling earlier detection, refined diagnosis, and targeted therapies.
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This roundtable will examine meditation as a deliberately cultivated mental state that, despite being difficult to define, has well-documented benefits for mental and physical health, focusing on the interplay between conscious intention and unconscious processes that sustain it.
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This roundtable will explore why women’s genius is often less readily recognized than men’s, using that disparity as a starting point to examine how historical definitions of genius, along with gender norms, institutions, and cultural beliefs, have shaped whose contributions are visible and valued.
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This roundtable explores fear and anxiety as multi-layered phenomena involving neurobiological, physiological, behavioral, cognitive, and unconscious processes. It examines how these states are generated and experienced, compares human expressions of fear with those observed in other animals, and considers how perspectives from neuroscience, psychology, and psychoanalysis contribute to understanding anxiety as a central aspect of mental life and its broader implications for cognition and behavior.
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This roundtable explores the concept of happiness from philosophical, psychological, and ethical perspectives, examining how it is defined, measured, and understood across both individual experience and the span of a life. It considers questions about the relationship between pleasure and well-being, the role of happiness in relation to others’ welfare, and how contemporary approaches such as positive psychology influence broader social, economic, and policy frameworks.
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This roundtable examines the concept of embodied cognition and its implications for artificial intelligence systems that integrate perception, action, and interaction with the physical world. It considers how technologies such as machine learning and natural language processing, when combined with sensory and motor capabilities, can move beyond abstract computation to engage with real-world environments, augment human abilities, and support complex tasks across domains such as healthcare, industry, and human–machine collaboration.
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This roundtable examines autism as a neurodevelopmental condition, tracing the evolution of its diagnosis and treatment from early misconceptions to current understandings grounded in brain development and circuitry.
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