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Neurotechnologies Symposium 2020
Day 1 : Neural Interface Technologies
Advanced neural interface systems to accelerate neuroscience
Electrical microstimulation via micro- and ultra-microelectrodes
Biomimetic and bioactive coatings for seamless neural electrode-tissue interface
LED-based tools for optogenetics in the brain and beyond
SiNAPS: a modular and scalable technology for active dense neuroelectronic probes
Developing high channel count neural interfaces
Discussion panel
Day 2 : Neurophys. Recording & Stimulation
Dynamics and direction in the motor cortex
Sensory restoration for upper-limb amputees – Targeting precision
Ultrasound stimulation of neurons and end-organs: Opportunities and challenges for clinical applications
Simulation & image based modeling in neurophysiological assessment
Neuroengineering solutions for restoring brain functions
Recording across the neocortical layers in mouse S1 during task performance and sleep
Discussion panel
Day 3 : Optogenetics
Integrated neurophotonics
Flexible transparent two-dimensional electronics for simultaneous optogenetics imaging and electrophysiology
Scanning optogenetics and photometrywith tapered optical fibers
Advances in in vivo voltage imaging
MicroLED neural probes for in vivo optogenetics
Large-scale optogenetics in non-human primates and its implications for neuroplasticity
Discussion panel
Day 4 : Optical Microscopy Techniques
Understanding clinical neuromodulation strategies: optical techniques forthe chronic measurement of on and off-target engagement
Fluorescent imaging ofretinal stimulation
High-speed 3D microscopy of neural activity from worms to mice
Reading and writingwith microelectrodes in the cortex: seeing is believing
The living interface: Imaging neural and vascular structural integrity around chronic electrodes
Discussion panel
Optical tools for analyzing and controlling the brain
Day 4 : Optical Microscopy Techniques
High-speed 3D microscopy of neural activity from worms to mice
October 19, 2020
Presentation recorded on 10/19/2020. Speaker is
Elizabeth Hillman PhD
—
Columbia University
