The term "maxilmally violated" arose 50 years ago because the charged current weak interactions, which were the only ones seen for a long time, had equal parts of V and A.touqra said:Why do they always say parity is maximally violated in weak interaction? This is true for W boson interactions. But not for Z bosons, as the Zs couple to both left and right handed particles. And hence, is not maximally violated in the case of Z.
"Parity maximally violated" refers to a phenomenon in quantum physics where the laws of symmetry are broken, specifically the conservation of parity. This means that a system does not behave the same way when its coordinates are mirrored, violating the principle of symmetry that is typically observed in physical systems.
Parity maximally violated can be observed through experiments such as the double-slit experiment or the Stern-Gerlach experiment, where the behavior of particles is studied and compared when their coordinates are flipped. In these experiments, particles show different behaviors depending on whether their coordinates are mirrored or not, indicating a violation of parity symmetry.
Understanding and studying parity maximally violated is important in quantum physics as it challenges our understanding of fundamental principles and laws of symmetry. It also has implications for the development of new technologies, such as quantum computing, which relies on the principles of quantum mechanics.
No, parity maximally violated cannot be explained by classical physics. It is a phenomenon that is unique to the quantum world and cannot be fully understood or explained by classical laws and principles.
Parity maximally violated is closely related to the concept of entanglement, where particles become linked and their properties are dependent on each other. When particles are entangled, their coordinates cannot be separated, and this can lead to the violation of parity symmetry when observing their behavior.