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Shaihan  Malik

Dr Shaihan Malik

Head of the Department of Imaging Physics and Engineering

  • Reader in Medical Imaging

Research interests

  • Imaging sciences

Biography

Dr Shaihan Malik's research focuses on the physics of MRI, particularly in imaging using ultrahigh field (7T) MRI systems. He completed his PhD in fast MR imaging in 2008, moving to King’s in 2012. He is currently technical lead for the 7T London Collaborative Ultrahigh field System (LoCUS) and leads a program of research aiming to push this powerful technology into new clinical and biomedical applications including young children and infants. His more technical research interests include rapid imaging, RF pulse design, safety, and quantitative MRI (including imaging of tissue electrical properties); he is also engaged with developing lower cost / more accessible solutions for the future of medical imaging.

Shaihan is a proponent of open science and reproducible research, he has led the ISMRM reproducible research study group, and regularly makes code available at https://github.com/mriphysics.

    News

    In Conversation with Dr Tomoki Arichi

    Dr Tomoki Arichi is the Head of the Department of Early Life Imaging at the School, and an Honourary Consultant at the Evelina London Children's Hospital. We...

    tomoki arichi image

    UK first: baby brain images can reveal new insights into disease processes

    Researchers and clinicians have scanned new-born babies in an ultra-high-field strength 7T MRI scanner for the first time in the UK.

    Scan of baby brain

      News

      In Conversation with Dr Tomoki Arichi

      Dr Tomoki Arichi is the Head of the Department of Early Life Imaging at the School, and an Honourary Consultant at the Evelina London Children's Hospital. We...

      tomoki arichi image

      UK first: baby brain images can reveal new insights into disease processes

      Researchers and clinicians have scanned new-born babies in an ultra-high-field strength 7T MRI scanner for the first time in the UK.

      Scan of baby brain