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Completed

Project Titles:

• Cultivating students to become the next generation of quantum scientists Under research on the creation of atomic quantum systems at the Quantum Atomic Optics Laboratory (2023-24)
• Quantum technology research enhancement project (2023-24)
• Self-mixed signal generator circuit for quantum control system (2023-24)
• Research Center for Quantum Technology (2023-24)
• Light wavelength meter using gratings (2023)
• Quantum-Based Real-Time Covid-19 Carrier Screening Device Integrated with Statistical Epidemic AI Database (2022-2023)
• Developing a prototype atomic magnetometer for use in real environments for the integrated medical industry (2022-23)
• Quantum Technology Research Group (2022-23)
• Prototype development of atomic magnetometer in operational environment for medical and comprehensive healthcare (2021-22)
• Quantum-based real-time Covid-19 carrier screening device integrated with statistical epidemic AI database (2021-22)
• Center of Excellence in Quantum Technology (2021-23)
• Engineered electronic and optical properties of ZnO and ZnS co-doped by Mg, Cl, and N for applications as photocatalysts, electrocatalysts, gas captures and quantum sensors in terahertz range (2021-22)
• International Academic Performance Promotion Program (2021-2024)
• Central Inception Workshop Project for Fabricating Quantum Technology Innovation Prototypes (2019-24)
• Atomic-fountain Gravimeter (2017-20)
• Academic Competency Enhancement of Quantum-atom Optics Laboratory Project (2017-19)
• Prototype of atomic magnetometer for medical applications (2017-18)
• A Theoretical Study of AC Stark Shifts in Cold Rydberg Helium-4 in Account for Diffuse Interstellar Bands (2016-17)
• Development of Experimental Setups for Quantum Optics: Phase I (2014-15)
• Novel Optical Technique for Versatile Single-Atom Trap: Phase III (2014-15)
• Cold Rubidium Atoms in an Optical Micro-Trap (2013-14)
• High Precision Loading of Optical Dipole Trap from Focused-Beam Magneto-Optical Trap (2013-14)
• Light Assisted Collisions of Cold Atoms in an Optical Dipole Trap (2013-14)
• Novel Optical Technique for Versatile Single-Atom Trap: Phase II (2013-14)
• Establishment of Quantum-Atom Optics Laboratory Project (2012-14)
• Development of Narrow-linewidth Diode Laser and High Stability Control System (2012-13)
• Novel Optical Technique for Versatile Single-Atom Trap: Phase I (2012-13)
• Development of Ultra-cold Atom System Project (2010-12)
• Construction of High Sensitivity AC Susceptometer for a Study of Magnetic Properties of Bi2Sr2CaCu2O8+ whiskers (2005-07)