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Roxana Zeraati | Universität Tübingen
uni-tuebingen.de
webContact. University of Tübingen. Maria von , 2nd floor. Email-address: roxana.zeraati @uni-tuebingen.de. Main research: Brain dynamics and self-organized criticality. Relationship between local and global neural dynamics by investigating multi-modal signals (e.g. spikes, LFP, and BOLD)
Estimating the pace of change | Cyber Valley
www.cyber-valley.de
webMar 25, · “Unfortunately, this method of determining timescales is flawed and can create misleading results,” explains Roxana Zeraati, researcher at the University of Tübingen and at the Max Planck Institute for Biological Cybernetics. “The problem is that the empirical data is always measured over finite, often short, time.
State-dependent neural dynamics | Universität Tübingen
uni-tuebingen.de
webRoxana Zeraati. Anna Levina. Sub-project. Modulation of neural activity timescales during spatial attention. We develop simple network models that explain how timescales of neural activity can arise from the underlying spatial network structure.
TNC Virtual Neurocolloquium
www.hih-tuebingen.de
webHost: Roxana Zeraati (International Max Planck Research School, IMPRS - MMFD) Lecture TBA Speaker TBA Max Planck Lecture Prof. Kent C. Berridge (Department of Psychology, University of Michigan; Winner of the Grawemeyer Award for Psychology 2018) „Limbic generators of delight, desire and dread“
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