معرفی
Maxim Volgushev is a Professor at the University of Connecticut's Department of Psychological Sciences, where he leads a research lab focused on neurophysiology and cortical computation. His work investigates signal processing in visual cortical neurons, synaptic transmission dynamics, and plasticity mechanisms in the neocortex.
His primary research explores neurophysiology of the visual system, action potential generation, cortical oscillations, and synaptic plasticity. Key investigations include heterosynaptic plasticity balancing, optogenetic modulation of neural responses, and the effects of neuroactive substances like ethanol on cortical circuits. Research integrates experimental and computational approaches across rodent and feline models.
Recent publications (2017-2024) show strong emphasis on synaptic plasticity mechanisms, cortical response properties, and neuromodulation. Major themes include optogenetic manipulation of plasticity, ethanol's differential effects on excitatory/inhibitory transmission, gamma oscillation modulation for signal encoding, and computational modeling of neural dynamics. The work consistently bridges cellular neurophysiology with systems-level sensory processing.
Volgushev mentors graduate students including PhD candidate Noah Raffone and Master's student Maxx Freed. His lab has received funding from NIH, German Research Foundation, UConn Research Foundation, and international collaborations. Active grants focus on neurophysiological mechanisms of cortical processing.
He directs the Volgushev Lab at UConn, currently staffed by Research Associate Dr. Marina Chistyakova and students. Collaborations span institutions in Germany (Max Planck Institute), Canada (Laval University), Russia (RAS Moscow), and Hungary (University of Debrecen). The lab maintains active partnerships with neuroscientists studying cortical synchronization, computational modeling, and in vivo neural recordings.
