"Rethinking Causality in Quantum Mechanics" is a scholarly book that explores the complex and often counterintuitive aspects of causality in quantum mechanics. In classical physics, causality is understood as a clear relationship between cause and effect. In contrast, quantum mechanics demonstrates that this relationship is significantly more complicated due to phenomena such as quantum superposition. This book provides a comprehensive introduction to the concepts of quantum mechanical causality and highlights their significance for both theoretical physics and practical applications, particularly in quantum computing technology. The author, Christina Giarmatzi, presents innovative mathematical and experimental approaches to investigating causal structures in quantum mechanical systems, offering valuable insights into the foundations and applications of quantum mechanics.