李嗣涔 Si-Chen Lee
台積電-台大聯合研發中心主任
TSMC-NTU Center Director
主要研究領域:
砷化銦鎵量子點/ 量子環紅外線偵測元件, 軟性電子元件,電漿子紅外線熱發光元件,微晶矽／氧化層薄膜電晶體,非晶矽太陽電池Major Research Areas:
Quantum Dot Light Emitting Device and Photodetector, Amorphous and Poly-Si Thin Film Transistor研究領域摘要:
1.研製用於污染控制及夜視之InGaAs/GaAs 量子點紅外線發光及偵測元件。探討量子點成長動力學、設計可以運作在室溫的紅外光偵測器。並將量子點發光或偵測元件加上光子晶體濾波器以製作波長可調的發光元件或多尖峰響應的紅外線偵測器。
2.利用金屬光子晶體結構來研製同調熱放射紅外線光源，可用於植物生長的基因調控上。
3.研究矽奈米線的成長、摻雜、電性及光性，並發展定向成長及製作動態隨機存取記憶單位。
4.氫化及氘化非晶或多晶矽（鍺、碳）薄膜電晶體、神經網路偵測器等材料及元件之研製，用於有機發光二極體的驅動電路製作，氮化矽絕緣薄膜之研製，以及軟性電子元件。
5.自1988年起開創了中國傳統氣功與人體科學的研究。
Research Summary:
His current research interests are in the device applications and the growth kinetics of InGaAs/GaAs strained layer quantum dot device, InGaAs/InAs room temperature infrared light emitting diode and photodetector incorporated with photonic crystal filter for applications to the pollution detection and biological reaction of cells. He is developing plasmonic infrared thermal emitter based on surface plasmon and applies it to the studies of plant growth and signal trasduction in neurons. In addition, he is also interested in hydrogenated and deuterated amorphous and poly-silicon (carbon, germanium) hydrogen material and devices, such as thin film transistors, neural network image sensors, flexible electronics and solar cells. He has moved into the area of Si nanowire transistors and successfully developed the electric field assisted directional growth of Si nanowire and one dimensional devices. Since 1988, he pioneered a research work on the Chinese traditional qigong and somatic science.
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B.S.
National Taiwan University , 1974 -
M.S.
Stanford University , 1977 -
Ph.D.
Stanford University , 1981
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Address
EE2-440,
Department of Electrical Engineering,
National Taiwan University,
Taipei 106, Taiwan -
Phone
+886-2-33663640 -
FAX
+886-2-23675509 -
Email:
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Personal Homepage
https://sclee.website