About this Research Topic
In individual integration and interpersonal interaction, synchrony, coordination, or alignment refers to the intricate process by which communication channels such as speech, emotions, physiology, or body movement intertwine over time within a single individual and across human relations.
Delving into a recent and novel trend in synchronization research, we encounter the fascinating complexity of multimodal alignment. This pivotal area explores the intricate dynamics of coupling and uncoupling in rhythmic and harmonic patterns, a challenging enigma that requires further exploration.
Self-organization in sensorimotor integration and synchronization is another relevant research area we would like to explore in this Research Topic. It might be worth mentioning different ways in which self-organization has been considered in Synergetics, Autopoiesis, Autocatalysis, Fractals, Self-Organized Criticality, and Dissipative Dynamics.
Self-organization in dynamical systems is a complex process that leads to the emergence of order and structure from the interactions within the system. It is crucial to understanding many natural and human systems, but its foundations still require further exploration.
Dynamical diseases and disorders of system organization are developing from disruptive dynamics and the collapse of functional reserves. This might evolve towards the emergence of malfunction patterns or sensorimotor disintegration.
Conversely, spontaneous recovery, therapeutic interventions, human interfaces, and artificial intelligence might be able to foster a return to healthier dynamics.
This Research Topic would welcome empirical research, modeling, simulations, mixed methods, qualitative and speculative contributions.
Delving into a recent and novel trend in synchronization research, we encounter the fascinating complexity of multimodal alignment. This pivotal area explores the intricate dynamics of coupling and uncoupling in rhythmic and harmonic patterns, a challenging enigma that requires further exploration.
Self-organization in sensorimotor integration and synchronization is another relevant research area we would like to explore in this Research Topic. It might be worth mentioning different ways in which self-organization has been considered in Synergetics, Autopoiesis, Autocatalysis, Fractals, Self-Organized Criticality, and Dissipative Dynamics.
Self-organization in dynamical systems is a complex process that leads to the emergence of order and structure from the interactions within the system. It is crucial to understanding many natural and human systems, but its foundations still require further exploration.
Dynamical diseases and disorders of system organization are developing from disruptive dynamics and the collapse of functional reserves. This might evolve towards the emergence of malfunction patterns or sensorimotor disintegration.
Conversely, spontaneous recovery, therapeutic interventions, human interfaces, and artificial intelligence might be able to foster a return to healthier dynamics.
This Research Topic would welcome empirical research, modeling, simulations, mixed methods, qualitative and speculative contributions.
Keywords: sensorimotor integration, synchronization, self-organization, dynamical systems
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