Prof Simon Schultz |
Mapping amyloid plaques in whole brains using serial section two photon tomography |
Prof Molly Stevens |
Developing innovative biomaterials for regenerative medicine, advanced therapeutics and biosensing |
Dr Christopher Rowlands |
Developing algorithms to sculpt light in 3D |
Dr Christopher Rowlands |
Making a true 3D camera |
Dr David Labonte |
FrankenInsects: Building an open-source and portable device for targeted insect muscle stimulation |
Dr David Labonte |
AntGate: A colony door which selects for ant size |
Dr Majid Taghavi |
Electric artificial muscle for wearable robotics |
Dr Majid Taghavi |
Interactive robotic skin |
Dr Majid Taghavi |
Multimodal haptic device |
Dr Majid Taghavi |
Origami muscle |
Dr Majid Taghavi |
Soft-rigid hybrid robotic material |
Dr Rylie Green |
Living Bionics: Stimulation to drive neural network development |
Dr Rylie Green |
Living electrodes: Adhering cells through biotinylation |
Dr Rylie Green |
Spinal cord bridge |
Dr Rylie Green |
Living electrode-on-a-chip development of microphysiological models to study bioelectronic interfaces in vitro |
Dr Rylie Green, Dr Bogachan Tahirbegi |
Conducting polymer nanowire and graphene based transistors on paper and PDMS for ultradense ECoG (Electrocorticography) arrays |
Dr Rylie Green, Dr Bogachan Tahirbegi |
Fabrication of hybrid electrodes and hydrogels from conductive polymer nanowires, graphene and carbon nanotubes on PDMS for non-invasive imaging |
Dr Shlomi Haar, Dr Yen Tai |
Neurobehavioural biomarkers for Deep Brain Stimulation (DBS) |