Section: Physical Sciences (Research Project)
Related:
Spin dependent
Spin dependent transport phenomena through magnetic helix systems
Research Project › Physical Sciences
Reservoir computing
Reservoir computing using spin torque diode effect in skyrmions confined inside magnetic nanodots
Research Project › Mathematical Sciences
Structure-property correlation
Structure-property correlation in RAlGa quantum materials to realize topological spin textures
Research Project › Mathematical Sciences
Investigation of
Investigation of Skyrmion-Based Magnetic Phenomena through Crystal Growth, Transport Studies, and Magnetic Relaxation Dynamics
Research Project › Mathematical Sciences
The title
The title of the project is: “Development of a magnetic sensor system using graphene Hall-effect device and CMOS Application Specific Integrated Circuit (ASIC)”. The ASIC implements a novel ambipolar gate modulation signal processing scheme which is uniquely applicable for graphene Hall-effect sensor (GHS). The ASIC provides bias and modulation signal for the GHS and amplifies and demodulates the sensor signal to achieve low-offset and low noise magnetic sensor performance.
Research Project › Engineering Sciences
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