Dr Nir Grossman (principle investigator)

Dr Nir GrossmanNir Grossman is a Lecturer in the Division of Brain Sciences, Department of Medicine and a founding fellow of the Imperial UK Dementia Research Institute. He is also affiliated with Imperial’s Centre for Bioinspired Technology and Centre for Neurotechnology, and MIT’s Media Lab and McGovern Institute for Brain Research.

Nir leads the Interventional Systems Neuroscience Lab, which develops tools and principles to treat neurodegenerative disorders via direct control of the aberrant neural activity that underpins the diseases. 

Nir received a BSc in physics from the Israeli Institute of Technology (Technion), an MSc in electromagnetic engineering from the Technical University of Hamburg-Harburg, and a PhD in neuroscience from Imperial College London (ICL), where he developed the foundations of an optogenetic retinal prosthesis for blind patients with retinal degeneration. 

He then completed a postdoctoral training as a Biotechnology and Biological Sciences Research Council (BBSRC) Enterprise Fellow in Chris Toumazou’s lab at the Centre for Bioinspired Technology, at ICL, and then as a Wellcome Trust Fellow in Ed Boyden’s lab at the Media Lab and the McGovern Institute for Brain Research, at MIT, and in Alvaro Pascual-Leone’s lab at the Berenson-Allen Center for Noninvasive Brain Stimulation, at Harvard University. During this period, Nir developed a strategy for stimulating deep brain stimulation non-invasively via temporal interference (TI) of kHz electric fields. 

Science-Pins prize logo


Nir was awarded the Science & PINS Prize for Neuromodulation (2018) for the development of the (TI) stimulation.
 

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Dr Edward Rhodes (postdoctoral research scientist)

Edward RhodesEddy develops the translation of the lab technologies to neuromodulatory interventions for neurodegenerative disorders. His research combines non-invasive brain stimulation, neuroimaging such as fMRI, EEG recording and cognitive and motoric behaviour assessment. Previously, Eddy completed a PhD in cognitive neuroscience at the University of Plymouth. In his PhD he investigated, using brain stimulation, the causal role of alpha and beta brain oscillations in the preparation and execution of voluntary actions. Prior to his PhD, Eddy completed an MSc in cognitive neuroscience at the University of York and a BSc in psychology at the University of Hull.

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Dr Robert Peach (postdoctoral research scientist)

Dr Robert PeachRobert is a postdoctoral research scientist, jointly mentored by Mauricio Barahona (Dept of Mathematics). He deploys advanced statistical learning techniques to investigate the effect of neuromodulation on dysfunctional brain activity. Previously, Robert completed a PhD in applied mathematics and physical chemistry (biological systems) at Imperial College London. In his PhD thesis, Robert investigated the spatiotemporal dynamics of proteins. He developed mathematical mutation models based on graph theory that he validated experimentally using single-molecule spectroscopy. Prior to his PhD, Robert completed an MRes in chemical biology at Imperial College and an MPhys at the University of Bristol.

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Patrycja Dzialecka (PhD student)

Patrycja Dzialecka

Patrycja is an EPSRC CDT for Neurotechnology PhD student. She investigates novel strategies for non-invasive brain stimulation using temporal interference of electric fields. Her research combines neurophysiological and finite element modelling (FEM) computational modelling and in-vivo electrophysiological experimentation. 

Previously, Patrycja completed an MEng in biomedical engineering at University College London (UCL). During the MEng period, Patrycja studied a year at Northwestern University and also worked at Shirley Ryan Ability Lab (Rehabilitation Institute of Chicago) on a novel co-adaptive body-machine interface. In her final project (at Michael Hauser’s lab) she helped to automate an all-optical closed-loop system.

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Charlotte Luff (PhD student)

Charlotte Luff

Charlotte is an MRC PhD student. She investigates the mechanism of temporal interference (TI) brain stimulation. During her PhD, Charlotte worked at Ed Boyden’s lab at MIT, where she was trained in automated in-vivo patch-clamp recording. Previously, Charlotte completed a BSc in biomedical science at King’s College London and an MRes in experimental neuroscience at Imperial College London.

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Matteo Vinao-Carl (PhD student)

Matteo Vinao-CarlMatteo is an EPSRC CDT for Neurotechnology PhD student. He investigates novel strategies for personalized brain stimulation mitigation of cognitive control impairment. His research combines non-invasive brain stimulation, EEG recording of brain activity, cognitive behaviour assessment and quantitate modelling of the observed behaviour. Previously, Matteo completed a BSc in neuroscience at the University of Bristol and an MSc in translational neuroscience at Imperial College London.

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Kety Alania (research assistant)

Kety Alania

Kety develops brain stimulation strategies, using, for example, temporal interference (TI), to control brain activities that underscore key symptoms in dementia. Her research combines non-invasive brain stimulation, neuroimaging such as fMRI, EEG recording and cognitive behaviour assessment. Previously, Kety completed a BSc in psychology at Royal Holloway University of London and an MSc in translational neuroscience at Imperial College London.

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Junheng Li (research assistant)

Junheng Li

Junheng develops computational approaches to understand and improve the mechanisms by which neuromodulation affect dysfunctional activity in patients with neurodegenerative diseases. Previously, Junheng completed a BEng in telecommunications engineering at the Xidian University (China) and MSc in communications and signal processing at Imperial College London. His MSc thesis was awarded the Imperial College Ivor Tupper prize for excellence in signal processing.

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Nitasha Goyal (visiting postgraduate research assistant)

Nitasha GoyalNitasha is a postgraduate research assistant. She investigates the causal role of circuit-level activity in neurodegenerative processes in-vivo using non-invasive brain stimulation approaches. Previously, Nitasha completed a BA in Molecular and Cell Biology (Neurobiology) at the University of California Berkeley. She also worked as an undergraduate researcher at Arnold Kriegstein’s lab (University of California San Francisco) where she used single-cell nuclear RNA extractions and sequencing to analyse the development of progenitor interneurons in human fetal brain slices.

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Emanuele Panella (undergraduate student)

Emanuele Panella

Emanuele is an undergraduate theoretical physics student at Imperial College London. In the lab, Emanuele deploys mathematical approaches to develop novel real-time signal processing techniques.

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Lok (Lukas) Fan (undergraduate student)

Lock (Lukas) FanLukas is an undergraduate material science and engineering student at Imperial College London. In the lab, Lukas develops signal processing algorithms to understand and control brain activity. His long-term goal is to develop a fully functional brain-computer interface for prosthetics.

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Rifkat Zaydullin (undergraduate student)

Rifkat ZaydullinRifkat is an undergraduate physics student at Imperial College London. In the lab, Rifkat uses biophysical and neurophysiological computational approaches to help in exploring brain stimulation strategies.

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