LAB
CREATIVE LAB
Learn about our research fields
Nano frame/spin/oxide material based devices are expected to provide a breakthrough in the electronics industry, which is focused on continuing miniaturization and ultra low power operation.
Nano-scaled spintronic memory and domain wall/skermion-driven AI device, Oxide/non-oxide TFT and logic device. Low-dimensional nanoframe for energy harvesting and storage using 1D & 2D fabric/textiles. .
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Memory and Al devices
Machine learning including deep learning is achieved by huge amount of calculation. It needs much lower power consumption and calculation hardware than by software. We are research for Resistive Memory, Selector and Crossbar Array.
Energy Harvesting and Storage
Energy harvesting is a technology that collects energy that is wasted from everyday life and uses it as electricity. We are research for Triboelectric nanogenerator and Supercapacitor
Thin Film Transistor
Thin film transistors based on metal oxide materials have been widely studied as one of the promising materials in the field of integrated circuit and display research because of their excellent electrical and optical properties. We are research for n-type transistor and p-type transistor.
Spintronic Materials & Devices
Spin orbit torque is the next generation MRAM device that follows the spin transfer torque and is the torque generated by the Spin Hall Effect and the Rashiba Effect. Spin orbit torque has much lower current density than spin transfer torque and has no break down effect. We are research for Sot, Domain Wall motion and magnetic materials.
Progress
WORKING PROGRESS
What we do
Innovative Ideas for experiment
Conduct Experiments
Publish papers and Issue patents
CASE STUDIES
