This track focuses on the underlying neurophysiological mechanisms that govern cognitive functions such as attention, memory, and decision-making. It aims to explore how neural circuits and signaling pathways contribute to these complex behaviors.

This session will delve into the role of synaptic plasticity in learning and memory processes. Researchers are invited to present findings on how changes in synaptic strength influence cognitive development and retention.

This track examines the relationship between neural network dynamics and behavioral outcomes. Presentations will highlight computational models and empirical studies that elucidate how network interactions shape behavior.

This session will showcase advancements in brain imaging technologies and their applications in understanding neural function and structure. Contributions will focus on innovative methodologies and their implications for neuroscience research.

This track emphasizes the importance of electrophysiological techniques in studying neurodevelopmental processes. Researchers will discuss how electrical activity influences the maturation of neural circuits and behavior.

This session will explore the intersection of genomics and neuroscience in understanding brain disorders. Presentations will cover genetic factors influencing neurodevelopment and neurodegeneration.