Publikationen von Z Li

Li, Z.: A model of intra-cortical mechanisms in V2 for neural tuning to surface border ownership. Centre de Recherche Cerveau & Cognition: UMR5549, Toulouse, France (2005)

Majka, P.; Cho, E.; Labuszewska, K.; Nguyen, T.; Syc, M.; Walkiewicz, T.; Worthy, K.; Zhaoping, L.; Rosa, M.: Ventral-stream feedback to the primary visual cortex (V1) is focused to the central visual field. PNM 2026, Tübingen, Germany (2026)

Zhaoping, L.: Top-down foveal feedback can follow feedforward visual input signals within 10 ms: evidence from backward masking. Annual Meeting of the Vision Sciences Society (VSS 2026), St. Pete Beach, FL, USA (2026)

Aksiotis, V.; Zhaoping, L.: Central-peripheral differences in top-down control during a reversed anomalous visual search task. 68th Conference of Experimental Psychologists: TeaP 2026: Tagung experimentell arbeitender Psycholog:innen, Tübingen, Germany (2026)

Rothe, K.; Zhaoping, L.: Testing neural circuit mechanisms underlying visual illusions of texture border and size. 68th Conference of Experimental Psychologists: TeaP 2026: Tagung experimentell arbeitender Psycholog:innen, Tübingen, Germany (2026)

Aksiotis, V.; Liang, J.; Zhaoping, L.: Scalp event-related potentials (ERPs) reflect distinct neural processes for attention shifts, perception, and decision-making in a visual search task. Systems Vision Science Summer School and Symposium 2025, Tübingen, Germany (2025)

Aksiotis, V.; Liang, J.; Zhaoping, L.: Scalp event-related potentials (ERPs) reflect distinct neural processes for attention shifts, perception, and decision-making in a visual search task. 47th European Conference on Visual Perception (ECVP 2025), Mainz, Germany (2025)

Liang, J.; Zhaoping, L.: Trans-saccadic integration for object recognition peters out with pre-saccadic object eccentricity as target-directed saccades become more saliency-driven. Systems Vision Science Summer School and Symposium 2025, Tübingen, Germany (2025)

Zhaoping, L.: Looking with and without seeing in an individual with macular degeneration impairing central vision. Systems Vision Science Summer School and Symposium 2025, Tübingen, Germany (2025)

Zhaoping, L.: Exploring the flip tilt illusion in central vision by impairing the top-down feedback via backward masking. Twenty-Fifth Annual Meeting of the Vision Sciences Society (VSS 2025), St. Pete Beach, FL, USA (2025)

Aksiotis, V.; Liang, J.; Zhaoping, L.: Investigating the brain mechanisms behind looking, seeing, and decision-making in a visual research task using event-related potentials (ERP). FENS Regional Meeting: FRM 2025, Oslo, Norway (2025)

Zhaoping, L.: Visual illusions from V1 by removing top-down feedback to aid seeing through an information bottleneck. 53rd Annual Meeting of the Society for Neuroscience (Neuroscience 2024), San Diego, CA, USA (2024)

Zhaoping, L.: Reversed Depth Illusion in Random-dot Stereograms Becomes More Visible When the Stereograms Are More Dynamic in Both Central and Peripheral Vision. Twenty-Fourth Annual Meeting of the Vision Sciences Society (VSS 2024), St. Pete Beach, FL, USA (2024)

Liang, J.; Zhaoping, L.: Examining the neural bases of looking and seeing in visual search using event-related potentials. 46th European Conference on Visual Perception (ECVP 2024) , Aberdeen, UK (2024)

Zhaoping, L.: Looking with or without seeing in an individual with macular degeneration impairing central vision. 46th European Conference on Visual Perception (ECVP 2024) , Aberdeen, UK (2024)

Liang, J.; Zhaoping, L.: Trans-saccadic integration for target recognition peters out with pre-saccadic target eccentricity. Computational and Systems Neuroscience Meeting (COSYNE 2024), Lisboa, Portugal (2024)

Zhaoping, L.: Reversed depth illusion in central vision revealed by backward masking as theoretically predicted. Computational and Systems Neuroscience Meeting (COSYNE 2024), Lisboa, Portugal (2024)

Liang, J.; Zhaoping, L.: Trans-saccadic integration of visual inputs for target recognition peters out with pre-saccadic target eccentricity in visual search. Christmas 2023 AVA Meeting, London, UK (2023)

Zhaoping, L.: Evaluating the Central-Peripheral Dichotomy in human visual cortex using anatomical and retinotopic data in Human Connectome Project. Twenty-Third Annual Meeting of the Vision Sciences Society (VSS 2023), St. Pete Beach, FL, USA (2023)

Zhaoping, L.: Central-Peripheral Dichotomy: central vision is specialized for seeing, peripheral vision is specialized for looking. Systems Vision Science: Summer School & Symposium, Tübingen, Germany (2023)