
Explore coordination in joint actions like piano-carrying, examining freezing and freeing of degrees of freedom across the joint action system and its implications for interpersonal coordination.

Explore coordination in joint actions like piano-carrying, examining Bernstein's freezing and freeing degrees of freedom theory across collaborative tasks and its implications for motor learning.

Explore the connection between the Yips and motor imagery in athletes, examining differences in mental visualization and an ecological perspective on this performance issue.

Explores recent studies challenging traditional views on attentional focus in motor learning, offering insights into performance enhancement and motivation in sports and physical activities.

Exploring Michael Turvey's influential career and contributions to the ecological approach in perception-action research, highlighting his impact on the field.

Explores the concept of "muscle memory" in skill acquisition, examining its forms and relevance to the ecological approach. Discusses somaesthetic pathologies and their impact on everyday life.

Explore how sports movements can be reconceptualized as problem-solving activities, offering insights into athlete performance and skill development.

Explore ecological perspectives on training transfer, examining key elements for effective practice that translates to improved competitive performance.

Explore ecological transfer of training and representative learning design for effective skill improvement in competitive settings.

Explore research addressing concerns and benefits of the ecological approach to skill development, focusing on long-term effects, consistency, and self-organization.

Exploring research addressing concerns and benefits of the ecological approach to skill development, with insights on perception-action coupling in sports and motor learning.

Explore the concept of embodied cognition and its implications for understanding human thought processes and behavior.

Explore spike timing in neural motor codes, focusing on vocalization and breathing in songbirds. Learn about information encoding in neurons and its impact on animal behavior.

Explore how the nervous system orchestrates movement sequences, focusing on grooming behaviors in flies and the neural circuits responsible for specific grooming movements.

Explore how electrical impulses in the brain enable communication between billions of neurons, guiding our actions and senses. Delve into the mysteries of neural spikes with neuroscientist Mark Humphries.

Comprehensive exploration of the diencephalon's structure and function in neuroanatomy, covering key components and their roles in the central nervous system.

Comprehensive exploration of basal ganglia neuroanatomy, covering advanced concepts and structures. Ideal for medical students and professionals seeking in-depth understanding of this crucial brain region.

Comprehensive exploration of basal ganglia neuroanatomy, covering structure, function, and connections within the brain. Ideal for medical students and neuroscience enthusiasts seeking in-depth understanding.

Explore variability in kinematic sequencing of throwing motions, challenging assumptions about proximal-to-distal order and consistent movement patterns in the kinetic chain.

Explore football dribbling skill measurement through player dynamics, analyzing techniques and metrics for performance evaluation.

Explore sports injury through a dynamical systems lens, examining good variability, coordination, and movement synergies for enhanced prevention and rehabilitation strategies.