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나노매뉴팩쳐링
Emerging Nanofabrication & Nanocharacterization, Nanolithography, Self assembly, Molecular printing, Nano 3D printing, Atomic force microscopy, Scanning tunneling microscopy, Tip-enhanced Raman spectroscopy, Convergence characterization, Nanofabrication for flexible & stretchable device
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나노소재
Metamaterials, Low-dimensional materials, Emerging semiconductors and devices, Display/Optic/Photonic materials, Materials for energy storage and harvesting, Materials for clean energy, Biodegradable and sustainable nanomaterials, AI in material designs, Material computations, Metals and ceramics
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나노정보전자
Quantum materials and devices, Neuromorphic computing and neural networks, Oxide and multiferroic materials and devices, Two-dimensional materials and van der Waals heterostructures based electronic devices, Wide-bandgap and emerging semiconductor materials and devices, Ultra-scaled devices: TFTs, single electron/photon, etc., Next-generation Light-Emitting devices, Electronic skin with physical sensors, Spintronics: materials and devices, Advanced Photonics devices
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나노바이오
Electrochemical & optical nanobiosensor, Biochip, BioMEMS & BioNEMS, Nanotechnology for medical imaging and diagnosis, Nanotechnology for tissue engineering and regenerative medicine, Nanomaterial for drug and gene delivery, Nanotechnology for medical big data analysis, Nanotechnology for detection of toxic environment, Nanobiotechnology for space applications, Nanobiotechnology based on synthetic biology
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나노에너지
Solar cells, Energy Harvesting, Water splitting, Fuel cells, Batteries, Photocalysts, Biomass, Hydrogen storage, Hydrogen production, Clean energy
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나노환경
Water/Wastewater treatment, Air purification, Photocatalysis/Water splitting, Environmental Electrochemistry, Environmental Sensors, Carbon Capture (including Direct Air Capture), Thermal Carbon Utilization, Electrical Carbon Utilization
