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Professor Adam Hampshire

Professor of Cognitive and Computational Neuroscience

Research interests

  • Neuroscience
  • Psychiatry, psychology and neuroscience

Biography

Adam Hampshire is Professor of Cognitive and Computational Neuroscience at the Institute of Psychiatry, Psychology & Neuroscience at King's College London.

Adam Hampshire studied Natural Sciences in at the University of Cambridge specialising in Experimental Psychology, where he also completed his PhD in Functional Brain Imaging before undertaking postdoctoral research at the MRC Cognition and Brain Sciences Unit Cambridge and then in Canada. He established his first lab at the Department of Brain Sciences in Imperial College London in 2013 then moved to King's College London in 2024.

A popular product of his work is the Cognitron, a flexible online platform that has been developed to enable a wide variety of cognitive studies to be conducted at very large population scale, with repeat assessment timepoints and for minimal cost. Cognitron has supported some of the largest online studies ever conducted and supports a rapidly growing body of academic and industry research projects as well as healthcare applications.

Research Interests

  • Understanding what the dimensions of human cognition are.
  • How the dimensions of human cognition relate to brain function.
  • How neuroscientists can best measure the dimensions of human cognition.
  • How the dimensions of human cognition are affected in clinical populations.

Research Methods

  • Large scale cognitive testing.
  • Functional and structural brain imaging.
  • Experimental psychology.
  • Psychometrics.
  • Computational modelling and machine learning methods.

News

Over £800,000 awarded to study the impact of earlier vs later smartphone ownership in children

The newly announced ONSET-Mobile study will bring together researchers from the worlds of psychiatry and neuroscience, to explore the impact of smartphone...

Group of children using mobile phones

New research uncovers a previously hidden subtype of Multiple Sclerosis

New research has established a distinct subtype of Multiple Sclerosis (MS) that exhibits significant cognitive deficits with minimal motor impairment.

MS Orange

Problems in thinking and attention linked to COVID-19 infection

Evidence of cognitive deficits in people who have recovered from COVID-19 has been discovered in a new study of over 80,000 individuals.

brain

News

Over £800,000 awarded to study the impact of earlier vs later smartphone ownership in children

The newly announced ONSET-Mobile study will bring together researchers from the worlds of psychiatry and neuroscience, to explore the impact of smartphone...

Group of children using mobile phones

New research uncovers a previously hidden subtype of Multiple Sclerosis

New research has established a distinct subtype of Multiple Sclerosis (MS) that exhibits significant cognitive deficits with minimal motor impairment.

MS Orange

Problems in thinking and attention linked to COVID-19 infection

Evidence of cognitive deficits in people who have recovered from COVID-19 has been discovered in a new study of over 80,000 individuals.

brain