Position: Reader
Location: AE.2.15, Stratford
Telephone: +44 (0)20 8223 4943
Email: a.jansari@uel.ac.uk
Contact address:
School of Psychology
The University of East London
Stratford Campus
Water Lane
London
E15 4LZ
Dr Jansari got his degree in Experimental Psychology from King’s College Cambridge and then his doctorate at the University of Sussex where he conducted research on memory and amnesia. Following a two-year postdoctoral fellowship in the United States at the University of Iowa Hospitals & Clinics working with Professors Antonio Damasio and Ralph Adolphs, he has created an extensive research programme, covering a range of issues in cognitive neuropsychology. His research has explored different aspects of memory loss, including the phenomenon of long-term amnesia and the development of rehabilitation regimes, the creation of a Virtual Reality assessment of brain damage, various aspects of face recognition and synaesthesia. In 2004, he was awarded the Cermak Award for best research in memory disorders by the International Neuropsychological Society and, in 2008, he was awarded a Media Fellowship by the British Association for the Advancement of Science.
My major research concentrates on disorders of human memory. I am conducting detailed case studies of an epileptic patient who exhibits long-term amnesia (rapid forgetting of information over a period of a few weeks), a patient with a very selective short-term memory problem and a patient with a selective inability to remember numbers; at the International Neuropsychological Society’s annual conference in Brisbane in 2004, I was awarded the Cermak prize for best research in the field of memory disorders for my detailed case study of long-term amnesia. Additionally, I am developing a battery of tests to differentiate malingered amnesia from true memory impairment.
Since 2003, I have been developing of a new assessment of ‘executive functions’ using virtual reality (VR). This new assessment known as JAAM is able to assess problems following certain forms of brain damage that currently available standard tests are unable to. It has also been translated into Swedish, with translations into other languages (including Finnish, French, Dutch and Portuguese) currently under way. JAAM has also been used to show the impact of nicotine, alcohol, recreational ecstasy and even Androgen Deprivation Therapy for prostate cancer in brain-intact individuals.
My research on face recognition explores extreme abilities in this skill that is vital for survival. Individuals with prosopagnosia (or face blindness) have either always had difficulty in recognising familiar faces or do so because of suffering brain damage during adulthood. Some people, known as super-recognisers are at the other extreme of the spectrum and are able to recognise people with remarkable ease many years after meeting someone briefly. My research compares prosopagnosia and super-recognition to refine models of face recognition in the general population as well as to develop methods of rehabilitation for those with profound difficulties.
My final research project centres on synaesthesia or cross-sensory perception: in this condition, an individual upon hearing the word “Monday” will claim to see the colour red! Other research I conducted has included a collaboration with biomedical engineers in Kuala Lumpur, Malaysia to investigate the potential positive impact of meditation to improve the EEG signals captured by Brain Computer Interfaces (BCIs) to control neuroprostheses; exploring neuro-biofeedback to improve wellbeing and seeing whether meditation can improve learning.
http://roar.uel.ac.uk/view/creators/Jansari=3AAshok_S=2E=3A=3A.default.html
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