Main focus is to look for a biological basis to thought processes - how the nervous system produce mental processes
Focuses on the brain and its impact on behaviour and cognitive functions
Scientific study of biological substrates underlying cognitions - specific focus on neural substrates of mental processes
Bridges the gap between biological sciences and behavioural sciences that determine how the brain achieves the legion of processes that it performs - developed within the last 3 years
Wanted to bridge the gap between cognitive science and neuroscience - it's important as it has evolved as technology advanced such as brain scanning, more information about brain activity, PET and fMRI
What parts are active during certain circumstances
Knowing the neural basis of mental process can help distinguish between different theories - how the process is performed
Behavioural data isn't sufficient to distinguish between competing theories
Neuroimaging data is used to provide strong evidence
Secondly cognitive neuroscience provides insight in areas of cognitive that are difficult to address without neuroimaging techniques
Example - Work has been done on trying to understand what the brain does 'at rest' (no task being performed)
Can't be done by a traditional psychology experiment - Ps would need something to do, defeating the objective
By scanning the brain when no task is done we can find out what is up to when doing nothing
Understanding the brain is able to process such a variety of information, produce such a variety of responses - helps guide the design of artificial intelligence intended to mimic human abilities facilitating advances in medicine and engineering
Major aims - to identify neural deficiencies, mark various psychiatry and neurodegenerative disorders (Alzheimer's or stroke) - possible to attempt to identify methods of combating such deficiencies
Brain interventions - developed to target specific brain areas, offering great hope for improving the therapeutic treatment of mental disorders