- #1
oosgood
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Hey why do we observe the Ʃ(minus) decay into n+e+anti-e-neutrino?But never
Ʃ+--->n + positron+ ve( electron neutrino)
Ʃ+--->n + positron+ ve( electron neutrino)
The decay of a particle depends on its half-life, which is the amount of time it takes for half of the particles in a sample to decay. Some particles have extremely long half-lives, making it difficult to observe their decay in a laboratory setting. Additionally, the decay of a particle may also be influenced by other factors such as its energy state and the environment it is in.
Yes, it is possible that the particle does not decay at all. Some particles are considered stable and do not undergo decay. This could be due to their structure and composition, which make them resistant to decay processes.
It is not possible to predict exactly when a single particle will decay. However, scientists can use statistical methods to estimate the average time it takes for a group of particles to decay based on their half-life.
There are various theories that attempt to explain why certain particles do not decay. Some propose that these particles have symmetries or properties that make them stable, while others suggest that they are protected by conservation laws. However, the exact reason for a particle's lack of decay may still be unknown and subject to further research and experimentation.
Yes, it is possible that the lack of observation of a particle's decay could be due to experimental limitations. The decay of some particles may be difficult to detect or require advanced technology, making it challenging to observe in a laboratory setting. Additionally, the conditions in which the particle is being observed may also affect its decay process.