1. Introduction: When Quantum Mechanics Enters Biochemistry Enzymes are biological catalysts responsible for speeding up nearly every chemical reaction that occurs in living organisms. Traditionally, these reactions have been understood….
1. Introduction: Quantum Physics Meets Biology Biological systems have long been studied using the principles of classical physics, chemistry, and molecular biology. But in recent decades, scientists have begun discovering….
The Unexpected Quantum Nature of Life Photosynthesis is a biological process where plants, algae, and some bacteria convert sunlight into chemical energy. For centuries, this process was studied using classical….
Quantum computing holds immense potential for revolutionizing the drug discovery process by simulating molecules and their interactions with unprecedented accuracy and efficiency. Traditional computational methods often fall short due to….
Biology and quantum mechanics might seem like two completely different worlds — one deals with living organisms, the other with subatomic particles. But surprisingly, some of the most fundamental biological….
