What do you mean with this? Do you mean when it will happen or do you mean how we predict than it can occur. The answers are widely different.ryan liberty said:How do we predict this?
I mean how do we know that it CAN happen, I haven't found data on it.Orodruin said:What do you mean with this? Do you mean when it will happen or do you mean how we predict than it can occur. The answers are widely different.
This is not knowable. It is an extrapolation of the current Standard Model - which is also known to be incomplete.ryan liberty said:I mean how do we know that it CAN happen, I haven't found data on it.
The Higgs field is a fundamental physical field that permeates the entire universe and gives particles their mass. It is a crucial component of the Standard Model of particle physics.
Metastability of the Higgs field refers to the state of the Higgs field in which it is not at its lowest energy state, but also not at its highest energy state. This means that the Higgs field could potentially decay to a lower energy state, causing a change in the fundamental laws of physics.
The metastability of the Higgs field is important because it could potentially lead to a catastrophic event known as a vacuum decay. If the Higgs field were to decay to its lowest energy state, it could trigger a chain reaction that would change the fundamental laws of physics, possibly leading to the destruction of the universe.
Scientists study the metastability of the Higgs field through experiments at large particle accelerators, such as the Large Hadron Collider. They also use mathematical models and simulations to understand the behavior of the Higgs field and its potential for decay.
While the possibility of a vacuum decay is a theoretical concern, there is currently no evidence to suggest that it will happen. Scientists continue to study the Higgs field and its properties to better understand the potential risks and implications of its metastability.