Chair of Human Movement Science

Research at the Chair of Human Movement Science is devoted to the understanding of human sensorimotor control and associated neural mechanism. Major topics are

  • Analysis of motor behavior from elementary abilities to complex skills,
  • Consequences of disturbances of the central nervous systems and neurorehabilitation,
  • Development over the lifespan and interventions,
  • Sports performance and optimization.

We employ methods to capture and analyze human movements and forces as well as neuroimaging and brain stimulation methods and new technologies in rehabilitation.

 

News

During his visit at the Chair of Human movement science Gavin Buckigham will give a talk on Wednesday May 11th, 2022 at 2:15pm

Prof. Dr. Joachim Hermsdörfer and his project coworker Nadia Amir Shemiraniha visited the working group of Dr. Pavel Lindberg at the Inserm Institut de Psychiatrie et Neurosciences Paris – Université Paris Cité from April 11th to 14th, 2022. The visit served the continuation of the collaborative…

At the beginning of April, part of the Chair of Human Movement Science (see photo) visited the MIRMI Geriatronics Center in Garmisch-Partenkirchen, the TUM Lighthouse Initiative for Robotic Assistance Systems in Geriatrics (https://geriatronics.mirmi.tum.de/de/geriatronik/). The main focus was on…

Autistic individuals have difficulties predicting the timing of observed action.

10.000 taps a day: Thumb tapping conductivity in persons with multiple sclerosis – its frequency is associated with nerve and its training can improve it.

Frail elderly show altered kinematics in activities of daily living.

Certain behavioral patterns of persons with multiple sclerosis are associated with increased reported levels of fatigue.

Prof. Dr. André Lee (Hanover University of Music, Drama and Media, Institute of Music Physiology and Musicians’ Medicine) "Musicians’ Dystonia: etiology, new insights into pathophysiology and treatment"

Prof. Dr. Maura Casadio (Neurolab: Neuro-Engineering & Neuro-robotics, Department of Informatics, Bioengineering, Robotics and Systems Engineering, University of Genoa) "Computer vision for understanding human movements in daily living and clinical settings"

A recently published study by Nina Rohrbach outlines the potential impact of holographic and dynamic stimuli on movement performance in patients with apraxia