The computational neuroscience research at the center is mainly focusing on the neuronal dynamics and behaviors of cerebellum and associated circuits. Using simple and detailed biophysical models of neurons, synapses. . .
As ongoing efforts with clinicians, bioinformaticians and engineers, we study cognition, memory, and action. While exploring how the brain constrains our use of tasks, the research focus on cognitive systems. . .
With Dr. Anand Kumar, Dr. Siby Gopinath, and Dr. Harilal Parasuram from the School of Medicine, we are exploring the possibility of understanding the mechanisms involved in the processing of. . .
Most neuropsychiatric disorders are now regarded as network disorders. This is in contrast to earlier lesion-based or neurotransmitter-based theories of etiology. Led by Dr. Bindu Menon, Department of Psychiatry, School. . .
We develop and use low-cost accelerometers to record gait related movement signals during walkingand use the same to classify and differentiating the gait phases. Also, EEG and accelerometer sensors are. . .
Modelling of biochemical networks such as signal transduction and gene regulatory circuits are main components of modern systems biology. In the case of experimentally immeasurable biological processes, a mathematical model. . .
Music influences day-to-day life relating to stress reduction, improving cognitive functions and emotional processes. With an objective to decipher functional neural circuitry basis underlying music perception and response related to. . .
Unveiling brain oscillatory patterns and characterizing unique EEG signatures in functional integration of mind-body practices (Yoga/Meditation) are of primary importance in social neuroscience perspectives. It has been noted that brain-to-brain. . .
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