1. Karlijn van Aerde

2. Two independent cortical subnetworks control spike timing of layer 5 pyramidal neurons during dynamic β oscillation shifts Karlijn van Aerde et al, VU University Amsterdam Fast network oscillations (beta range) are dynamic! - in rat brain slices - in awake rats - in human EEG What is the underlying network? Or should I say… networks!

3. Adrien Peyrache

4. Time Course of Reactivation in the Prefrontal cortex Adrien Peyrache, K. Benchenane, S Wiener, F Battaglia Arrival Sleep PRE Sleep POST Time (s) Frequency (Hz) Recordings LFP Recordings LFP, Spikes PFC Hippocampus

5. Sleep POST Sleep PRE 1 st PC coefficient delta/spindles events frequency (Hz)‏ reactivation measure Hippocampal filtered LFP (100-300 Hz)‏ cells ensemble activity

6. Iris Grothe

7. Attentional modulation of coherence between monkey area V1 and V4 Iris Grothe Bernstein Group for Computational Neurosciences Bremen Germany

8. 160 117 85 62 45 33 24 18 0 24 6 0246 160 117 85 62 45 33 24 18 0.25 0.20 0.15 0.10 0.05 0.25 0 0.0005 0.005 0.05 0.5 0 160 117 85 62 45 33 24 18 0 24 6 Time (s) Frequency (Hz) Coherence P-value Attentional modulation of coherence between monkey area V1 and V4 Iris Grothe Bernstein Group for Computational Neurosciences Bremen Germany

9. Alexander Hanuschkin

11. Magteld Zeitler

13. Michiel Remme

15. Paolo Bonifazi

16. 04000200030001000 0 0.2 0.4 0 100 200 Fraction Cell (#) Time (frames) IDENTIFICATION OF CELLULAR NETWORK HUBS DRIVING OSCILLATIONS IN THE DEVELOPING HIPPOCAMPUS 0 50 100 150 200 9709759809859909951000 0 0.2 0.4 Recording and “perturbation” of cells partecipating in build up of network synchrony

17. Fraction of cells 0 0.05 0.1 0.15 0.2 0 pA +40 pA -75 mV -45 mV Cell-network interaction 200 µm oo Morphology PerturbatingNot perturbating Network topology (based on functional connectivity) P. Bonifazi - M. Goldin Y. Ben-Ari R. Cossart INMED, Marseille (France)

18. David Chik

19. Synchronization model of multi-stable perceptions

20. Saskia Haegens

21. Oscillatory brain activity during human somatosensory working memory maintenance  What is the role of primary and secondary sensory regions in working memory?  Which oscillations are involved?  MEG, median nerve stimulation, delayed-match-to-sample task: SII SI Primary somatosensory cortex (SI)

22. Saskia Haegens F.C. Donders Centre for Cognitive Neuroimaging October 14, 2015 Oscillatory brain activity during human somatosensory working memory maintenance alpha ↑ alpha ↓ gamma ↑ Main conclusions:  Sustained gamma band activity reflects working memory maintenance; first in SI and then bilaterally in SII.  Alpha band activity reflects functional inhibition of task-irrelevant regions.