| ◎中心主要研究領域為： |
 奈米電子 |
高介電係數材料與奈米電子元件；以奈米管、線、點為主之新穎奈米元件；自旋電子元件 |
| 奈米光電 |
半導體量子點之光源與偵測器；有機奈米光電子元件；光子晶體 |
| 奈米生技 |
單一分子式細胞之偵測與操控；研發生科研究所須知奈米工具；仿生物功能之電子元件
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| 2003年本中心執行之研究計畫共計十二件（執行期限：2003年1月1日∼2004年5月31日止），目前已執行完畢。2004年則有九件舊計畫延續執行，十件新的研究計畫加入： |
| （2003年舊計畫延續） |
(1) |
The Development of Lobster Antennules-like Trapping
Actuators Microarray and Optical Tweezers for the Studies of
Tissue Engineering and Structure Biology (2/3 & 3/3) |
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(2) |
Single-molecule investigations of dynamic behaviours
and signalling mechanisms underlying integrin-mediated cellular
activities |
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(3) |
The System Construction for the Manipulation
and Detection of the Single Biomolecule and Its Applications
in the DNA Nanodosimetry Novel Study |
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(4) |
Advanced High k Dielectrics for Nano-Electronics
– Science and Technologies |
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(5) |
Semiconductor Nanophotonics |
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(6) |
Control of in-situ Carbon Nanotube Growth and
their Field Effect Characteristics for Advanced Field Effect
Transistor Application |
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(7) |
Nanostructure enhanced organic light emitting
diodes which high brightness and high efficiency |
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(8) |
Functional Nanophotonic Materials via Guided
Self-assembly Template |
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(9) |
Research on the Key Technologies of Nanoelectronics
and Nano-bionic Devices and Interface Circuits |
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（2004年新加入之計畫） |
(1) |
New construction of nanoparticle labeling system
for selection of differentiated stem cells and detection of
tumor and tumor angiogenesis |
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(2) |
Study of Nanomaterials for Biomedical Applications |
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(3) |
Advanced Si-Based Quantum Optoelectronic Devices |
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(4) |
Studies of Photovoltaic and Photocatalytic Functions
using Functionalized TiO2 Nanostructures |
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(5) |
Peptide-Directed Quantum Dots for Monitoring
Macromolecular Trafficking |
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(6) |
Development of Novel Gold Nanoparticles-Based
Oligonucleotides to Inhibit Oncogene Expression in Cancer Cells |
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(7) |
Reduction of optical loss for photonic crystal
waveguides and lasers |
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(8) |
Silicon Based Guided-Mode Resonance Nano-Photonic
Device |
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(9) |
Study of GaN Nanostructures with Microcavity for
Single Photon Emitter Application |
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(10) |
A Nano NMR for High-Sensitivity Macromolecule
Analysis |
