In the beginning of June, the department of Human Movement Sciences of the UMCG, opened its doors to fellow academis and the public for lab tours and demonstrations. Colleagues from … Learn more
Our ESRs 2-Jan Thomas, 7-Vika Karapetyan and 8-Amir Esmaeili, participated at the The Federation of European Neuroscience Societies Forum, in Vienna, Austria, 25-29 June 2024. Our ESRs presented their work … Learn more
The XXII International Conference on Perception and Action took place in Trondheim, Norway, 25-28 June 2024. One of the goals of the conference was to promote research on ecological psychology … Learn more
Our ESR14-Alessandro Bonfiglio published his first study on the Effects of IMU sensor-to-segment calibration on clinical 3D elbow joint angles estimation. This study compares three calibration techniques, offering insights that … Learn more
Our consortium has a new manuscript published, this time by our ESR5, Samruddhi Damle. In this study, Sam, with the guidance of her supervisors, aimed to characterize the affordance of … Learn more
Our fourth and last training event took place three weeks ago in Spain. The focus was entrepreneurship-social performance and the program contained lectures, workshops and engaging transferable skills sessions! For … Learn more
Dr. Rob Gray, an American movement scientist is hosting a podcast discussing published manuscripts and latest news in the human movement research field. In his latest podcast, he reviews and discusses … Learn more
Our ESR3-Anadi Mehta and the REPAIRS coordinator Dr. Raoul Bongers flew to Washington, DC, USA in the beginning of November to participate at the Society of Neuroscience Conference 2023! They … Learn more
During their visit in USA, our ESR3-Anadi Mehta and the REPAIRS coordinator Dr. Raoul Bongers visited also the Center for the Ecological Psychology of Perception and Action (CESPA) in Connecticut. … Learn more
There is an opening for Early Stage Researcher (ESR) within the REPAIRS project. The project entails looking at the neural basis of movement generation using Dynamic Field Theory models. The … Learn more