| Principal Investigator | Project No. | Project Title |
|---|---|---|
| Sheng-Joue Young | 115-2221-E-224-088-MY3 | Development and Mechanism Investigation of Low-Power Perovskite Quantum Dot Composite Devices: Toward Next-Generation Multiband Photodetection and Memory Technology |
| Chih-Chieh Hsu | 115-2221-E-224-086-MY3 | Study of Solid-State Ion Modulation and Electrochemical Synaptic Behavior Based on Copper Tungstate Oxide Ceramic Thin Films for Neuromorphic Applications |
| Chih-Chieh Hsu | 115-2221-E-224-011-MY3 | Defect-Field Regulation and Interface Engineering for High-Reliability Zirconia-Based In-Memory Computing Technology |
| Sheng-Joue Young | 115-2221-E-224-088-MY3 | Development and Mechanism Investigation of Low-Power Perovskite Quantum Dot Composite Devices: Toward Next-Generation Multiband Photodetection and Memory Technology |
| Chih-Chieh Hsu | 115-2221-E-224-086-MY3 | Study of Solid-State Ion Modulation and Electrochemical Synaptic Behavior Based on Copper Tungstate Oxide Ceramic Thin Films for Neuromorphic Applications |
| Chih-Chieh Hsu | 115-2221-E-224-011-MY3 | Defect-Field Regulation and Interface Engineering for High-Reliability Zirconia-Based In-Memory Computing Technology |
| Hsi-Chao Chen | 115-2221-E-224-028-MY2 | Fabrication and Application of Metal-Organic Framework Sensing Electrodes with Dual Reactions Based on Localized Surface Plasmon Resonance of Noble Metals and Graphene Quantum Dot Modification on Magnetic Substrates |
| Sheng-Joue Young | 115-2811-E-224-004 | Recruitment of a Vietnamese Postdoctoral Researcher, Thi-Nhai Vu, Department of Electronic Engineering, Professor Sheng-Joue Young |
| CHANG,WEN-CHIANG | 115-2914-I-224-004-A1 | Subsidy for Domestic Experts and Scholars to Attend International Academic Conferences - Wen-Qiang Zhang, Research Assistant, Department of Electronic Engineering |
| Sheng-Joue Young | 115-2221-E-224-088-MY3 | Development and Mechanism Investigation of Low-Power Perovskite Quantum Dot Composite Devices: Toward Next-Generation Multiband Photodetection and Memory Technology |
| Chun-Yu Lee | 115-2221-E-224-073- | Systematic Analysis of the Performance Evolution and Degradation Characteristics of Quantum Dot Color Conversion Layers under High-Luminous-Flux Blue MicroLED Illumination |
| Chun-Chieh Wang | 115-2221-E-224-068- | Development of an External Smart Mobility Vehicle with Autonomous Navigation and Safety Control |
| Shih-Hung Lin | 115-2221-E-224-010- | Zero-Temperature-Coefficient Material Design, Low-Carbon Processes, and Multi-Band Component Verification for High-Frequency Ceramic Substrates for Next-Generation 5G Communications |
| Wei-Da Chen | 115-2221-E-224-052- | Research and Implementation of Low-Complexity and High-Efficiency CCSDS Image Compression Hardware Architecture for Aerospace Applications |
| Chih-Chieh Hsu | 115-2221-E-224-086-MY3 | Study of Solid-State Ion Modulation and Electrochemical Synaptic Behavior Based on Copper Tungstate Oxide Ceramic Thin Films for Neuromorphic Applications |
| Shih-Chang Hsia | 115-2221-E-224-072- | Design of a Silicon Carbide Driver Chip with Crosstalk Elimination |
| Chih-Chieh Hsu | 115-2221-E-224-011-MY3 | Defect-Field Regulation and Interface Engineering for High-Reliability Zirconia-Based In-Memory Computing Technology |
| Chih-Hsien Lai | 115-2221-E-224-029- | Design of a Three-Band Perfect Absorber Based on Graphene Metamaterials in the Terahertz Range and Its Refractive Index Sensing Applications |
| Po-Hui Yang | 115-2221-E-224-023- | Development of a Zinc Oxide Enzymatic Acetylcholine Sensor Based on a Flexible Printed Circuit Board with Dual-Mode Voltage/Current Readout Chip |
| Hsi-Chao Chen | 115-2221-E-224-028-MY2 | Fabrication and Application of Metal-Organic Framework Sensing Electrodes with Dual Reactions Based on Localized Surface Plasmon Resonance of Noble Metals and Graphene Quantum Dot Modification on Magnetic Substrates |