Research Projects

Current Projects




Visual and Tactile Feedback for Movement Optimisation in Golf

The project “XR as Training Method in Golf: Visual and Tactile Feedback for Movement Optimisation”, funded by the Federal Institute of Sport Science, aims to use technical devices to investigate the effect of tactile-visual feedback, in addition to exclusively visual feedback, during motor learning, that is, during a movement task specific to golf. For example, the wrist movement and its angular position during the execution of the pitch from a distance of 50m is investigated. The sensory feedback of the wrist movement will be provided/developed in relation to the assumed perfected wrist movement of a previously registered model. Using a training intervention, young athletes of the German Golf Association will regularly receive sensory feedback on their wrist movement over a longer period of time. The motor performance achieved at the end of the training intervention, with regard to the quality of movement execution, will be used to compare the forms of sensory feedback with each other and thus determine the relevance of tactile feedback. Since two sensory systems are involved and tactile stimuli in particular are closely linked to the sensation of motion, it is assumed that especially via tactile-visual feedback the golf swing, particularly the pitch, can be optimised quickly and efficiently and automated better in the long term. In the future, this could influence training and performance in golf.

Contacts: Mai Geisen, Timo Klein-Soetebier, Stefanie Klatt




Digital Methodology for the Investigation of Real and Mental Rotation

In sports, especially in compositional sports, rotational movements occur frequently. Research has shown that athletes, due to their regular practice of spatial activities, have better mental rotation abilities than non-athletes. The importance of frequent real rotation and improved mental rotation in athletes can be viewed from the embodied cognition perspective, which explains that motor and cognitive processes influence each other. So far, real and mental rotation have mostly been considered separately. By means of an innovative digital methodology, research opportunities are presented that specifically enrich research regarding embodied cognition, especially in sports science.

Contacts: Mai Geisen, Stefanie Klatt


Investigation of the Significance of Character Strengths in Sports

The model of the 24 Character Strengths (Peterson & Seligman, 2004), originally developed within the field of positive psychology, has already been investigated thoroughly in many areas of life, but not in the area of sports. In the context of work and school, constant relationships between character strengths and well-being as well as performance-related parameters have been found. On the basis of first questionnaire studies, the relationships between athletes’ character strengths and their performance levels are examined in different sports. Furthermore, relationships between character strengths and the general well-being as well as sports enjoyment of youth athletes will also be investigated. Based on the findings of these preliminary studies, interventions to promote specific character strengths, well-being, and performance of athletes can be developed and tested in a next step.

In addition, a systematic literature review is conducted to review the current state of research on positive psychology interventions in sports. The goal is to determine what the typical focus of positive psychology interventions in sports has been so far and what influence such interventions have on the well-being and performance of athletes.

Contacts: Nina Riedl, Stefanie Klatt

Third Party Funding