Introduction to the Fundamentals of Quantum Biology

Quantum biology is one of the emerging interdisciplinary fields of science at the intersection of biology, chemistry, and physics. This course introduces fundamental concepts from these three disciplines and explores how the laws of quantum physics may influence biological phenomena at the molecular level. Participants will become familiar with the structure and function of biological systems, biomolecules, chemical reactions, and energy transfer within cells. The course then examines key concepts in quantum physics, including coherence, tunneling, electron transfer, and quantum interactions. This approach provides a deeper understanding of biological processes such as photosynthesis, enzyme function, magnetic orientation in birds, and genetic mutations. Quantum biology has increasingly become a growing area of research and technological development worldwide. Advances in this field may contribute to the development of biological and quantum sensors, more precise disease detection, targeted drug design, and advanced medical imaging. The continued development of quantum technologies will also require specialists with a solid understanding of quantum physics, biology, and molecular chemistry. Through examples including photosynthesis, enzyme function, avian magnetic orientation, and the mechanisms of olfaction, this course introduces participants to the potential role of quantum phenomena in biological processes. By presenting the material from the fundamentals in an accessible and understandable way, while also introducing advanced scientific concepts, the course provides an opportunity to explore future research, academic, and industrial pathways in this emerging field.