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#NeuralOscillations
有自身的振荡频率,在无刺激输入的情况下也会自发振荡,但会受到输入刺激的调节,输入刺激的振荡频率与神经元自身振荡频率越接近,同步效应越大。借此,实现对信息的门控、路由和结构化作用(gating, routing, and sturcturing of information)。

#语言认知

📃The connectivity patterns of frontal eye field and inferior frontal junction differentiate their separate roles in spatial and non-spatial top-down attention, report #CIMeC researchers Orhan Soyuhos and Daniel Baldaufb in an #MEG/#MRI study in the European Journal of Neuroscience #Brainconnectivity #neuraloscillations #brainrhythms #functionalconnectivity#FEF #IFJ
doi.org/10.1111/ejn.15936

#Introduction - My lab focuses on #olfactory system behavioral and #cognitive #neurophysiology. We do this in rats (mostly) and specialize in #NeuralOscillations as indicators of system states during cognitive sequences. I take a systems approach and my foundations are in dynamical systems.

I’m passionate about broad and deep scholarship and believe that scholarship is essential to progress.

I’m a proud graduate of #StJohnsCollege, Santa Fe #SJC, and view a classical education as one of the best things I’ve ever chosen to do (besides marrying my wife and raising our kids). My #liberalArts education informs every aspect of my scientific work.