Bernstein Seminar 2015

Start Date	Title
Jan 13, 2015 05:15 PM	Moritz Diehl (University of Freiburg and University of Leuven) \| Optimal Control and Embedded Optimization in Control Engineering and Signal Processing¹
Feb 10, 2015 05:15 PM	Aaron Schurger (Laboratory of Cognitive Neuroscience & Center for Neuroprosthetics École Polytechnique Fédérale de Lausanne and NeuroSpin Research Center, CEA-Saclay, France) \| Cortical activity is more stable when sensory stimuli are consciously perceive²
Feb 17, 2015 05:15 PM	Wolfgang Taube (Movement and Sport Sciences, Department of Medicine, University of Fribourg, CH) \| Motor control of voluntary movements – and their adaptability³
Mar 31, 2015 05:15 PM	Christian Meisel (National Institute of Mental Health, Bethesda, USA) \| From neurons to networks: bifurcations, phase transitions and critical slowing down in neural systems⁴
Apr 28, 2015 05:15 PM	Simon R. Schultz (Imperial College London) \| Optical tools for decoding neural population activity⁵
May 19, 2015 05:15 PM	Dmitry Kobak (Champalimaud Neuroscience Programme, Lisbon, Portugal) \| Dimensionality reduction of neural population data⁶
Jun 16, 2015 05:15 PM	Bernd Wiebelt (Computing Center, University of Freiburg) \| High Performance Neuro Computing⁷
Jun 23, 2015 05:15 PM	Martin Pyka (University of Bochum) \| Generic and comparative models of the hippocampus⁸
Jul 14, 2015 05:15 PM	Sadra Sadeh (University College London) \| Modelling the emergence and consequences of feature-specific connectivity in mouse primary visual cortex⁹
Jul 27, 2015 05:15 PM	John Rothwell (University College London) \| The importance of stimulus direction for assessing and interacting with human motor cortex using TMS and TDCS¹⁰
Sep 29, 2015 05:15 PM	David Golomb (Ben-Gurion University of the Negev, Israel) \| Response of layer-4 circuits in the barrel cortex to whisking and touch¹¹
Oct 21, 2015 05:15 PM	Cameron McIntyre (Case Western Reserve University, Cleveland, OH) \| Deep Brain Stimulation Informatics¹²
Nov 24, 2015 05:15 PM	Patrik Krieger (Ruhr Universität Bochum) \| Cortico-thalamic and intracortical modulation of sensory input¹³