This aims to comprehend and advance new technologies for biological sensing, imaging, and manipulation through the integration of quantum physics, biotechnology, and electronics.
Quantitative Precision Medicine
This course provides students in the fields of biology, quantum biophysics, medicine, bioinformatics, and drug design/delivery with the opportunity to learn about quantitative methods for quantum-based precision medicine.
Molecular Biophysical Methods
This course provides students to understand biophysical knowledge of biomolecules and cells in order to learn relevant experimental methods in terms of handling biological samples.
Quantum Biophysics and Applications
This course aims to learn the basic principles of quantum biophysics, which are essential for understanding quantum life science phenomena
Basics & Advanced
Basic Biophysics and Basic Science
Biophysics
Quantitative Organogenesis
Advanced Quantum Physics for Materials Engineerin
Advanced Physical Chemistry 2
Advanced Quantum Chemistry
Surface Plasmon and Nano Optics
Nanospectroscopy
Quantum Optics
Optics and nanoscale
Advanced Molecular Immunology
Techniques in Molecular Biology
Molecular Cancer Biology
Molecular Electronics
Basic Medical Science
Human Physiology
Quantitative Life Science by Micro Fluidics
Applied Biochemistry
Molecular Imaging
Diagnostic Pathology
Introduction to Molecular Cell Biology
Molecular and Cellular Immunology
Bio Chip Technology
Biochip Design and Fabrication
Molecular Diagnostics on Chip
Printed Bioelectronics and Biosensors
Large-scale Additive Manufacturing Platform for Biochips