Andrea Pavan

Collaboration with:: University of Padova
Country:: Italy
Description:: Research collaborations with Prof. Gianluca Campana, Prof. Massimo Nucci and Miss Rita Donato: (1) "The neural mechanisms underlying directional and apparent circular motion assessed with repetitive transcranial magnetic stimulation (rTMS)"; (2) "Temporal summation of global form in dynamic circular and translational Glass patterns".

Collaboration with:: University of Lincoln
Country:: United Kingdom
Description:: Research collaboration with Prof. George Mather: "Spatiotemporal properties of the tilt after-effect from adaptation to translational Glass patterns". Research collaborations with Dr. Julia Föcker: (1) "The precision of visual short-term memory for coherent random-dot moving patches in video gamers and non-gamers"; (2) "The role of spatial attention in the processing of affective prosody: an EEG investigation"; (3) "The precision of visual short-term memory: an EEG investigation".

Formal collaboration with:: University of Regensburg
Country:: Germany
Description:: Research collaboration with Prof. Mark W. Greenlee, Dott. Wilhelm Malloni, Dott. Sebastian Frank, Dott. Simon Wein: "Orientation-selective adaptation to translational Glass patterns in human visual cortex: an fMRI adaptation investigation".

Collaboration with:: Bilkent University and UMRAM
Country:: Turkey
Description:: Research collaboration with Dr. Hulusi Kafaligonul: "Improving vision through perceptual learning and brain stimulation".

Collaboration with:: University Hospital Carl Gustav Carus Dresden
Country:: Germany
Description:: Research collaboration with Dr. Filippo Ghin: "Electrophysiological aftereffects of high-frequency transcranial random noise stimulation (hf-tRNS): an EEG investigation".

Collaboration with:: Nottingham Trent University
Country:: United Kingdom
Description:: Research collaborations with Dr. Louise O'Hare: (1) "Improvement in visual perception after high-frequency transcranial random noise stimulation (hf-tRNS) in those with migraine: an Equivalent Noise approach"; (2) "Strengthening visual functions in healthy older adults to maintain and prolong independence longer into life".

Collaboration with:: University of Copenhagen
Country:: Denmark
Description:: Research collaboration with Dr. Steven P. Blurton: "The effect of transient attention on motion processing: implications for the Magnocellular and Parvocellular pathways".

Collaborations