Berlin 2015 –
wissenschaftliches Programm
BP 2: Neurophysics I
Montag, 16. März 2015, 09:30–13:00, H 1058
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09:30 |
BP 2.1 |
The vertebrate retina as an optical image processor — •Moritz Kreysing
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09:45 |
BP 2.2 |
The contribution has been withdrawn.
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10:00 |
BP 2.3 |
Up and down states in top-down input may be advantageous to the transmission of information about weak signals — •Felix Droste and Benjamin Lindner
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10:15 |
BP 2.4 |
How does addition, deletion, or shifting of spikes by intrinsic noise affect signal transmission in spiking neurons? — •Sergej Voronenko, Wilhelm Stannat, and Benjamin Lindner
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10:30 |
BP 2.5 |
Information filtering by partial synchronous spikes in a neural population — •Alexandra Kruscha and Benjamin Lindner
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10:45 |
BP 2.6 |
Synthetic Neuronal Networks on Glass Using Topological and Chemical Cues — •Andreas Schlegel, Aune Koitmäe, Paul Gwozdz, Jann Harberts, Christian Heusinger, Gabriele Loers, and Robert H. Blick
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11:00 |
BP 2.7 |
Spatiotemporal imaging of neurotransmitter release using near infrared fluorescent carbon nanotube probes — •Sebastian Kruss
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11:15 |
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15 min break
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11:30 |
BP 2.8 |
Probing a quantum mechanical model of olfaction in insects — Marco Paoli, Elisa Rigosi, Gianfranco Anfora, Giorgio Vallortigara, Renzo Antolini, and •Albrecht Haase
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11:45 |
BP 2.9 |
Dynamic changes in network synchrony reveal resting-state functional networks — •Vesna Vuksanovic and Philipp Hövel
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12:00 |
BP 2.10 |
Discrimination, correlation and prediction of collective neural responses to natural sounds in the auditory midbrain — •Dominika Lyzwa and Michael Herrmann
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12:15 |
BP 2.11 |
anomalous transport in complex dendrites - geometrical considerations — m reza shaebani, •anne e hafner, and ludger santen
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12:30 |
BP 2.12 |
The effects of positive interspike interval correlations on neuronal information filtering properties. — •Sven Blankenburg and Benjamin Lindner
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12:45 |
BP 2.13 |
Nonlinear population dynamics for finite-size spiking neural networks with adaptation -- Non-Gaussian fluctuations and information filtering — •Tilo Schwalger, Moritz Deger, and Wulfram Gerstner
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