Nanoelectronic Devices Laboratory
Seung-Beck Lee Professor
Subject
Semiconductor Devices, Semiconductor Device Processing, Solid-State Electronics, Introduction to Bioelectronics, Modern Physics
Electron Beam Lithography, Electron Optics, Design and Fabrication of Nanoscale Devices, Application of Nanomaterials to Electronic Device
Education
Ph.D., University of Cambridge, UK
Career
2011.3 ~ Present Deputy Head of Department, Dept. of
Electronic Engineering
2009.3 ~ Present Associate Prof. Dept. of Electronic
Engineering, Hanyang University
2005.3 ~ 2009.2 Assistant Prof. Dept. of Electronic
Engineering, Hanyang University
2003.3 ~ 2005.2 Full time lecturer, Dept. of Nanotechnology,
Hanyang University
2000.11 ~ 2003.2 Research Associate, Cavendish Laboratory,
University of Cambirdge
Electronic Engineering
2009.3 ~ Present Associate Prof. Dept. of Electronic
Engineering, Hanyang University
2005.3 ~ 2009.2 Assistant Prof. Dept. of Electronic
Engineering, Hanyang University
2003.3 ~ 2005.2 Full time lecturer, Dept. of Nanotechnology,
Hanyang University
2000.11 ~ 2003.2 Research Associate, Cavendish Laboratory,
University of Cambirdge
Nanoelectronic Devices Laboratory
1. Biomimetic Tactile Sensors Enabled by Nanotube Networks- - Biomimetic tactile sensors will realize quantitative analysis
- of surface tactile textures which have never been possible
- before. The sensor incorporates highly sensitive pressure
- sensors that senses the vibration transferred from the
- artificial fingerprint structures making possible analysis of
- tactile contact information, which may lead to
- - Quantitative classification of tactile sensation
- - Humanistic haptic feedback
- 2. On-chip Microfluidic Cell Sorting & Capture
- - Cell sorting microfluidic devices have normally been
- fabricated on glass substrates. Here, we have developed a
- method to incorporated microfluidcs on top of an insulated Si
- substrates allowing application to
- - On-chip circulating tumor cell (CTC) capture
- - On-chip microfluidic cell culture and analysis.
- 3. Vertically Integrated 3D Silicon Memory
- - For further integration of memory, 3D memory structures
- have been proposed. Our interest is in reducing distribution
- due to polysilicon and devise new 3D memory structures. The
- related research topics are
- - 3D NAND Flash for beyond Tbit storage
- - 3D integrated DRAM structure research
- Research
- Electronic device application of natural and synthetic
- nanostructures
