Publications of Sein Jeung

Jeung, S.; Cockx, H.; Appelhoff, S.; Berg, T.; Gramann, K.; Grothkopp, S.; Warmerdam, E.; Hansen, C.; Oostenveld, R.; BIDS Maintainers et al.; Welzel, J.: Motion-BIDS: An extension to the brain imaging data structure to organize motion data for reproducible research. Scientific Data 11 (1), 716 (2024)

Iggena, D.; Jeung, S.; Maier, P. M.; Ploner, C. J.; Gramann, K.; Finke, C.: Multisensory input modulates memory-guided spatial navigation in humans. Communications Biology 6 (1), 1167 (2023)

Jeung, S.; Hilton, C.; Berg, T.; Gehrke, L.; Gramann, K.: Virtual reality for spatial navigation. In: Current Topics in Behavioral Neurosciences, Vol. 65, pp. 103 - 129 (Eds. Maymon, C.; Grimshaw, G.; Wu, Y. C.). Springer, Cham (2023)

Jeung, S.: EEG for mobile brain-body imaging in immersive virtual reality. ANT Neuromeeting, Berlin, Germany (2023)

Jeung, S.; Iggena, D.; Maier, P.; Hosgoren, B.; Ploner, C.; Finke, C.; Gramann, K.: Multisensory input modulates navigation behavior and scalp EEG in patients with hippocampal lesions. Schweizer Sommerakademie, Magliaso, Switzerland (2023)

Jeung, S.; Iggena, D.; Maier, P.; Hosgoren, B.; Ploner, C.; Finke, C.; Gramann, K.: Mobile EEG during a human-scale Morris Watermaze task in patients with medial temporal lesions. 65th Annual German Experimental Psychology Meeting (TeaP), Trier, Germany (2023)

Iggena, D.; Jeung, S.; Maier, P.; Ploner, C.; Gramann, K.; Finke, C.: Multisensory input improves navigation of patients with hippocampal lesions in a virtual Morris Water Maze. Mobile Brain-Body Imaging Conference (MoBI), San Diego, CA, USA (2022)

Jeung, S.; Iggena, D.; Maier, P.; Hosgoren, B.; Ploner, C.; Finke, C.; Gramann, K.: Frontal-midline EEG theta power in patients with hippocampal lesions reflects different navigation strategies in desktop and mobile VR. 4th Interdisciplinary Symposium on Spatial Cognition in Aging & Neurodegeneration, Magdeburg, Germany (2023)

Jeung, S.; Iggena, D.; Maier, P.; Hosgoren, B.; Ploner, C.; Finke, C.; Gramann, K.: Navigation-related FM theta power in patients with right medial temporal lobe lesions is higher and negatively linked with performance in desktop but not in mobile VR. Neuroscience 2023 – 53rd Annual Meeting of the Society for Neuroscience (SfN), Washington, DC, USA (2023)

Jeung, S.; Doeller, C. F.; Gramann, K.: EEG high gamma band activity is modulated by heading during simulated motion. Berlin Neuroscience Meeting, Berlin, Germany (2023)

Jeung, S.; Appelhoff, S.; Berg, T.; Cockx, H.; Grothkopp, S.; Oostenveld, R.; Welzel, J.: Brain imaging data structure for motion data. Mobile Brain-Body Imaging Conference (MoBI), San Diego, CA, USA (2022)