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Mark Gasson

Mark N. Gasson is a British scientist and visiting research fellow at the Cybernetics Research Group, University of Reading, UK. He pioneered developments in direct neural interfaces between computer systems and the human nervous system, has developed brain–computer interfaces and is active in the research fields of human microchip implants, medical…

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Alma mater
University of Reading (BSc, PhD)
Born
Mark N. Gasson West Sussex, England[citation needed]
Doctoral advisor
Kevin Warwick
Fields
Direct neural interfaces · Implantable technology
Thesis
Extending human interaction via invasive neural implants (2005)

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Mark Gasson

Nodes48
Edges47
Triples16
Avg. degree1.96
Density0.041667
Components1

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Mark Gasson

Top relations

related to External links · 3
Mark Gasson → Media, Wikimedia Commons, Wiktionary-logo-en-v2
Fields · 2
Mark Gasson → Direct neural interfaces, Implantable technology
Alma mater · 1
Mark Gasson → University of Reading (BSc, PhD)
Born · 1
Mark Gasson → Mark N. Gasson West Sussex, England[citation needed]
Doctoral advisor · 1
Mark Gasson → Kevin Warwick
Thesis · 1
Mark Gasson → Extending human interaction via invasive neural implants (2005)

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gasson human technology computer research devices virus first university body implant implants implantable 2005 implanted part nervous work brain identity

Entity relationships Subject–Predicate–Object triples

SubjectPredicateObjectConfidenceSrc
Mark GassonAlma materUniversity of Reading (BSc, PhD)1.00infobox
Mark GassonBornMark N. Gasson West Sussex, England[citation needed]1.00infobox
Mark GassonDoctoral advisorKevin Warwick1.00infobox
Mark GassonFieldsDirect neural interfaces1.00infobox
Mark GassonFieldsImplantable technology1.00infobox
Mark GassonThesisExtending human interaction via invasive neural implants (2005)1.00infobox
Parkinson's disease.In order to improve control of abnormal spontaneous electrical activity in the brains of patients with movement disordersinstance ofhave been working on Deep brain stimulation for movement disorders0.80text
as of 2010 they have been developing a combined deep brain recordinginstance ofhave been working on Deep brain stimulation for movement disorders0.80text
stimulating device that will record deep brain signalsinstance ofhave been working on Deep brain stimulation for movement disorders0.80text
from these predict the onset of symptoms such as tremorinstance ofhave been working on Deep brain stimulation for movement disorders0.80text
dystonic burstsinstance ofhave been working on Deep brain stimulation for movement disorders0.80text
deliver a short pulse of high frequency stimulation to stop the symptoms before they have even started.The Future of Identityinstance ofhave been working on Deep brain stimulation for movement disorders0.80text

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