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Related lectures (11)
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Brain Mechanics: Structure and Properties
Explores the structure and properties of the brain's mechanics, including neural signals, electrodes, electrochemistry, and brain sizes.
Why study human neuronal microcircuits
Explores the significance of studying human neuronal microcircuits and their correlation with brain size and cognitive abilities.
The Nervous System: Topology and Mechanical Properties
Explores the topology and mechanical properties of the nervous system, covering brain sizes, stiffness, micromotion, folding, and cortex curvature.
Human Brain Measurements Integration: Visual Cortex Insights
Explores integrating human brain measurements to understand photosensitivity and the impact of electrical stimulation on the visual hierarchy.
Robotics for Neurodiversity Understanding
Explores robotics applications for understanding and assisting neurodiversity, focusing on developmental disorders and predictive coding.
Cell Communication: Mutations and Phenotypes
Explores mutations in cell communication, emphasizing the impact on phenotypes.
Digital Image Correlation: Practical
Focuses on the practical application of Digital Image Correlation for civil engineers, covering measuring displacement fields and computing strain fields.
Atmospheric Phenomena and Calorimetry
Covers atmospheric phenomena, vapor pressure, humidity, and animal metabolism scaling law.
Virtual Work II: Conservative Forces and Equilibrium
Explores virtual work, conservative forces, equilibrium, and internal loads in structures.
Circular Plate Behavior: Pure Bending and Displacement
Explores the behavior of a circular plate under distributed load, focusing on pure bending and displacement scenarios.
Kirchhoff Rods: Equilibrium Equations and Kinematics
Covers the kinematics and equilibrium equations of Kirchhoff rods, discussing geometric coupling between bending and twist.
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