Department of Physics Department of Physics

Functional Nanostructures Research Lab

In the Functional Nanostructure Research Lab, organic and inorganic materials are implemented as low-dimensional nanostructures to study changes in structural, electrical, and optical properties according to changes in physical size. In addition, Opto-electronic devices using these nanostructures are manufactured and applied to various applications such as sensors, energy storage/conversion, electromagnetic wave shielding, and next-generation displays.

Note - Law-Dimensional nano structure

• 0-Dimensional : Nanoparticle / Quantum Dot
• 1-Dimensional : Nanotube / Nanowire etc.
• 2-Dimensional : Van der Waals Materials / Nanomesh / Thin Film etc.

• Professor : Young Ki Hong
• Web site : https://sites.google.com/view/fnrphysics
• Subject
  
  1. Physics & Physical Properties
     • Low-Dimensional Nanostructures : 1-Dim. & 2-Dim.
     • Hybridization : TMDCs + Organic Single Crystal
     • 1-Dimensional Functional Nanostructures
  2. • Transition Metal Dichalcogenides
       • Opto-Electronic Applications : Various Sensors based on Thin-Film Transistor
       • Next-Generation Devies : Flexible & Transparent
       • Metallic-Phase(1T) : Electro-Magnetic Shielding Materials
     • Nanoporous Anodic Aluminum Oxide
       • Environmental-Clean & Mass-Production : Simultaneous Multisurfaces Anodization + Stair-like Reverse Bias Detaching
       • Various Applications : Humidity Sensor / Photonic Crystal / Water-Oil Separation
     • π-Conjugated Organic Semiconductors
       • Organic Single Crystal : Plasmonic Wave-guiding / Photo-Detecting
       • Functional Nanostructures : Organic Semiconductor +Organic Conductor / Serial Multi-junction Structures
  3. Wireless Communic ation / Flexible & Transparent Technology
  4. Various Applications including Opto-Electronics & Smart Sensing/Monitoring Systems