neelakash said:In a standard model book I find this:
a particle of mass M can exist as a part of an intermediate state for time `h/(Mc^2) where `h=h/2π
I cannot understand the underlined part.Which intermediate state are they referring to?
The Intermediate State in the Standard Model refers to the temporary existence of a particle during a particle interaction. These particles are often referred to as "virtual particles" and do not have a long lifespan like other particles in the Standard Model.
The Intermediate State plays a crucial role in understanding the fundamental forces and interactions between particles in the Standard Model. It helps to explain the exchange of energy and momentum between particles during interactions.
No, the Intermediate State cannot be directly observed in experiments. As virtual particles, they do not have enough time to exist and be detected by experiments. However, their effects can be observed indirectly through the behavior of other particles involved in the interaction.
Yes, there are four main types of Intermediate States in the Standard Model: W and Z bosons, gluons, and photons. Each of these particles mediates a different fundamental force in the Standard Model.
The Intermediate State is crucial in the Standard Model as it helps to explain the interactions between particles and provides a framework for understanding the fundamental forces of nature. It also plays a role in the development of new theories and models in particle physics.