About

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https://cbdlnbrc.weebly.com/

About us

Cognitive neuroscience is a field that focuses on the neural correlates of mental processes. This field combines theories of psychology and neuroscience along with computational modelling and methods.

The primary interest of our group consists of human cognition, perception and mathematical/computational modelling. Our lab uses techniques such as Electroencephalography, Magneto-encephalography,  Magnetic resonance imaging (MRI) and eye tracking. Cognitive Brain Dynamics Lab is housed in NBRC, Manesar in the foothills of Aravali.

The laboratory is a joint effort of Arpan Banerjee and Dipanjan Roy. It involves a diverse team with expertise ranging from biology to mathematics/statistics and physics.

Our joint work is funded by the Department of Biotechnology Dementia Science Program, Department of Biotechnology Flagship project on mental health, Department of Biotechnology, Ramalingaswami fellowship, Department of Science and Technology, DST-Cognitive Science Research Initiative and by the NBRC core funding. Other projects are funded by the DST National Postdoctoral Fellowship Scheme, DST-CSRI postdoctoral fellowship Scheme.


We are looking for volunteers to take part in our exciting neuro-scientific research. We study human brain  non-invasively using behavioural tests, MRI, MEG and EEG. These techniques enable us to infer what is going on in your brain while you perform various tasks.

 

Funding 

Research in the lab is generously supported by the following federal agencies :

Ramalingaswami Fellowship

Innovative Young Biotechnologist Award

Cognitive Science Research Initiative Fellowship

National Post-doctoral fellowship

Science and Engineering Board (SERB)

 

 

2 thoughts on “About”

  1. We need to try and build bidirectional brain control interfaces using multi modal signals. This will allow us to simulate many different processes and will generate huge amounts of data for analysis. This analytics is the basis for neuro cognitive studies and psychoanalysis. Essentially it draws inputs from computational psychology and experimental cognitive sciences. Though such an attempt is already being made in our country we have a really good way of looking at opportunities in science and technology but it would be a bad idea to simply call it artificial intelligence. It is actually a multidisciplinary approach to studying mind brain interaction and cognitive cybernetics allows us to achieve this with a non invasive procedure. Why don’t we look at computational physics for solution or even laser evoked potentials? If we have to send a signal then let’s just use coupling methods and interface it with neuromorphic hardware. It should work 😉

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  2. Thanks for the post. I had been looking for something related and found your web site in the process. I will definitely be back for more. This is excellent information. It is amazing and wonderful to visit your site.

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