Time dilation,length contraction and c

[kurious]

As a mass moves faster through a sea of Higgs particles, it gathers more
around itself and increases the density of Higgs particles. This increased density of Higgs particles makes it more unlikely W particles in the vacuum will have the energy to get to a neutron, let’s say, and to cause a beta radioactive decay.
So the decay process takes longer on average and we would say the radioactive clock has slowed down. Other clocks such as a beating human heart would be physically
slowed by the greater density of Higgs particles in its local region of space.
Large masses would slow clocks down by concentrating Higgs particles in their part of space.
Relativistic length contraction is caused by the impact of Higgs particles on a fast moving mass causing the mass to crumple.
Light has an invariant speed because when a mass moves towards it, the mass emits
blueshifted gravitons .They take momentum from the approaching photon and
so it slows down .When a mass moves away from a photon, the mass emits redshifted gravitons that causes the photon to slow down but not as much as in the previous case,
so the sum of speeds is still c m /s.

 

[AndyW]

Thank you for your interesting post about the effects of Higgs particles on the movement of mass and the concept of time dilation. I would like to provide some additional information and clarification on these topics.

Firstly, it is important to note that the Higgs particle is a fundamental particle in the Standard Model of particle physics, and it is responsible for giving mass to other particles. It does not "gather" around a moving mass, but rather interacts with particles to give them their mass.

In regards to the slowing down of radioactive decay, this is actually a prediction of Einstein's theory of relativity. According to this theory, time appears to pass slower for an observer moving at a high velocity compared to one at rest. This is known as time dilation and has been experimentally confirmed.

Furthermore, the concept of length contraction is also a consequence of relativity. It is not caused by the impact of Higgs particles, but rather by the relative motion between two observers. This can be seen in the famous example of a moving train, where an observer on the train would measure a shorter length for the train compared to an observer on the ground.

Regarding the effect of Higgs particles on light, it is important to clarify that light does not have mass and therefore is not affected by the Higgs field. The concept of an invariant speed of light is a fundamental principle in relativity and is not related to the emission of gravitons.

In summary, while the presence of the Higgs particle does have important implications for our understanding of mass and the universe, it is not directly responsible for the effects of time dilation, length contraction, or the speed of light. These phenomena are better explained by the principles of relativity. I hope this helps to clarify some of the concepts in your post.