Publications of R Zeraati

Yang, I.; Zeraati, R.; Zhang, Y.; Arrenberg, A.; Levina, A.: Evaluating the dynamical state of the visual brain during optic flow noise processing in zebrafish. Bernstein Conference 2021 (2021)

Zeraati, R.; Shi, Y.-L.; Steinmetz, N.; Gieselmann, M.; Thiele, A.; Moore, T.; Levina, A.; Engel, T.: Attentional modulation of intrinsic timescales in visual cortex and its underlying network mechanisms. Bernstein Conference 2021 (2021)

Zeraati, R.; Shi, Y.; Steinmetz, N.; Moore, T.; Engel, T.; Levina, A.: Attentional modulation of neural activity timescales and their relation to spatial network structure. Computational and Systems Neuroscience Meeting (COSYNE 2021) (2021)

Zeraati, R.; Shi, Y.; Steinmetz, N.; Moore, T.; Engel, T.; Levina, A.: Timescales of neural activity reflect the local network connectivity and are modulated during spatial attention. Bernstein Conference 2020 (2020)

Shi, Y.; Zeraati, R.; Levina, A.; Engel, T.: Spatiotemporal neural correlations and network dynamics. Computational and Systems Neuroscience Meeting (COSYNE 2020) , Denver, CO, USA (2020)

Zeraati, R.; Shi, Y.; Gieselmann, M.; Steinmetz, N.; Moore, T.; Thiele, A.; Engel, T.; Levina, A.: Timescales of ongoing activity reflect local connectivity and are modulated during attention. Computational and Systems Neuroscience Meeting (COSYNE 2020) , Denver, CO, USA (2020)

Zeraati, R.; Steinmetz, N.; Moore, T.; Engel, T.; Levina, A.: Timescales of spontaneous cortical dynamics reflect the underlying spatial network structure. Bernstein Conference 2019, Berlin, Germany (2019)

Zeraati, R.; Engel, T.; Levina, A.: Critical avalanches in a spatially structured model of cortical On-Off dynamics. Bernstein Conference 2018, Berlin, Germany (2018)

Zeraati, R.; Levina, A.; Macke, J.; Gao, R.: Neural timescales from a computational perspective. (submitted)

Khajehabdollahi, S.; Zeraati, R.; Giannakakis, E.; Schäfer, T.; Martius, G.; Levina, A.: Emergent mechanisms for long timescales depend on training curriculum and affect performance in memory tasks. (submitted)