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| ===Research Projects=== | ===Research Projects=== | ||
| Research projects in our group focus on mammalian as well as insect systems. We investigate neural computation in the entorhinal cortex, including biophysical single-cell properties that shape subthreshold resonance and membrane-potential oscillations as well as phase precession in grid cells. How evolutionary constraints -- such as limited energetic resources, limited size, or variable temperatures -- affect the design of neural systems is explored in the auditory periphery of grasshoppers and crickets. Current projects cover: | Research projects in our group focus on mammalian as well as insect systems. We investigate neural computation in the entorhinal cortex, including biophysical single-cell properties that shape subthreshold resonance and membrane-potential oscillations as well as phase precession in grid cells. How evolutionary constraints -- such as limited energetic resources, limited size, or variable temperatures -- affect the design of neural systems is explored in the auditory periphery of grasshoppers and crickets. Current projects cover: | ||
| - | ======subthreshold resonance,====== | + | ====== - subthreshold resonance,====== |
| - | ======phase precession,====== | + | ====== - phase precession,====== |
| - | ======auditory computation in the grasshopper,====== | + | ====== - auditory computation in the grasshopper,====== |
| - | ======influence of ion channel cooperativity on neuronal dynamics,====== | + | ====== - influence of ion channel cooperativity on neuronal dynamics,====== |
| - | ======dendritic computation.====== | + | ====== - dendritic computation.====== |
