Kambiz Alavian (Brain Sciences), Andrew Shevchuk (Metabolism, Digestion & Reproduction) |
Understanding the role of mitochondrial metabolic efficiency in synaptic transmission and plasticity |
Lab based |
Samuel Barnes (Brain Sciences) |
Investigating the Effect of Temporal Interference Stimulation to induce brain wide plasticity |
Lab based |
Anil Bharath |
Neural Architectures for Predicting the Behaviour of Dynamical Systems |
Lab based |
Anil Bharath |
Uncovering the neural code of DRL agents |
Lab based |
Martyn Boutelle, Emmanuel Drakakis |
Wearable sensors for detection of ALS |
Lab based |
Martyn Boutelle |
Microfabricated multimodality probes for minimally invasive monitoring the brain |
Lab based |
Martyn Boutelle |
Tracking neuronal activity in the human brain |
Lab based |
Mazdak Ghajari (Design Engineering), David Sharp (Brain Sciences) |
Computational prediction of vascular injuries after traumatic brain injury |
Desk based |
Rylie Green |
A bioelectronic implant for cancer treatment |
Lab based |
Rylie Green |
Biofunctionalising electrodes through conductive hydrogel coatings |
Lab based |
Rylie Green |
Injectable brain machine interfaces |
Desk based |
Rylie Green |
Living Bionics: Stimulation to drive neural network development |
Lab based |
Rylie Green |
Living electrodes: Adhering cells through biotinylation |
Lab based |
Rylie Green |
Neonatal EEG Electrode Cap |
Lab based |
Rylie Green |
Printing of flexible polymer bioelectronics |
Lab based |
Rylie Green |
Spinal cord bridge |
Lab based |
Rylie Green |
Living electrode-on-a-chip: development of microphysiological models to study bioelectronic interfaces in vitro |
Lab based |
Rylie Green, Bogachan Tahirbegi |
Conducting polymer nanowire and graphene based transistors on paper and PDMS for ultradense ECoG (Electrocorticography) arrays |
Lab based |
Rylie Green, Bogachan Tahirbegi |
Fabrication of hybrid electrodes and hydrogels from conductive polymer nanowires, graphene and carbon nanotubes on PDMS for non-invasive neuroimaging |
Lab based |
Shlomi Haar (Brain Sciences) |
Movement and neural variability in real-world motor tasks |
Lab based |
Shlomi Haar (Brain Sciences), Aldo Faisal |
Real-World Motor Learning in Embodied Virtual Reality |
Lab based |
Shlomi Haar (Brain Sciences), Yen Tai (Brain Sciences) |
Neurobehavioural biomarkers for Deep Brain Stimulation (DBS) |
Lab based |
Johanna Jackson (Brain Sciences) Samuel Barnes (Brain Sciences) |
Utilisation of SV2a as a biomarker in Alzhimer's Disease |
Lab based |
Adrien Rapeaux (Electrical & Electronic Engineering) |
Please contact to discuss projects (click for details) |
Lab based |
Christopher Rowlands |
A New Head Mounted Display Concept: Virtual Reality in a Pair of Sunglasses |
Lab based |
Christopher Rowlands |
Analyzing hyperspectral oncological images using cutting-edge data processing |
Lab based |
Christopher Rowlands |
Building a next-generation scanning microscope |
Lab based |
Christopher Rowlands |
Developing algorithms to sculpt light in 3D |
Lab based |
Christopher Rowlands |
World's Fastest Video Camera |
Lab based |
Simon Schultz |
Mapping amyloid plaques in whole brains using serial section two photon tomography |
Lab based |
Simon Schultz, Ann Go |
Multiphoton imaging of the hippocampus in mouse models of neurodegenerative disease |
Lab based |
Barry Seemungal (Brain Sciences), Simon Schultz |
Assessing the effect of Dopamine on mutual information of Perceptuo-Motor Coupling in humans via transcranial magnetic stimulation |
Lab based |
Barry Seemungal (Brain Sciences), Tim Constandinou (Electrical & Electronic Engineering) |
Use of electrophysiological and structural markers of inter-hemispheric connectivity to model the beneficial effect of noisy galvanic vestibular stimulation upon postural control |
Lab based |
Molly Stevens |
Developing innovative biomaterials for regenerative medicine, advanced therapeutics and biosensing |
Lab based |
Reiko Tanaka |
Automatic quantification of fungal burdens in histology images using deep neural networks |
Desk based |
Reiko Tanaka |
Development of computational tools to predict the occurrence of eczema using machine learning methods |
Desk based |
Mengxing Tang |
Functional imaging using ultrafast and super-resolution ultrasound |
Lab and desk based |