The Higgs as the cause of Time?

In summary, the conversation discusses the role of the Higgs field in determining the mass and speed of particles. Without interaction with the Higgs field, particles would be massless and travel at the speed of light, causing time to not exist. The Higgs field is often referred to as the "God particle" for its role in giving particles mass, but the conversation suggests it may be more relevant to call it the origin of time as it allows for the experience of time in the material universe. However, there are conflicting views on the Higgs field's role in determining particle mass and the experiencing of time, with some arguing that other systems can also give particles mass and that time does not necessarily require massive particles.
  • #1
Gerinski
323
15
Sorry for yet another one about the Higgs from a layman, and a perhaps tricky title.
I was discussing with a friend and he came with this reasoning:

Without the interaction with the Higgs field all the particles would be massless. Meaning that they would travel at the speed of light. Meaning that such a world 'would not experience the passage of time'.
Interaction with the Higgs field gives them mass and slows them down to < c. Travelling at < c causes time to start ticking for these particles.

So his reasoning was that although the popular phrase frequenly quotes the Higgs as 'God's particle' because it is the origin of mass, it would be much more relevant to give it the title for being the origin of time (not of time itself of course but of the phenomenon of the material universe experiencing the passage of time).

Does that make any sense? I have read elsewere that the Higgs is only responsible for part of the particles mass and that even without the Higgs particles would have some mass anyway. If so attributing the origin of the experiencing of time to the Higgs would be wrong.

TX
 
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  • #2
Without the interaction with the Higgs field all the particles would be massless.
Elementary particles. And this assumes that no other system gives them a mass.
Quark masses are about 1% of the proton mass, most of the mass comes from binding energy. You could get massive objects without the higgs, too.

Time does not need massive particles. Just massless particles flying around (which would not be the case!( are fine. They would not permit life which can discuss the concept of time - so what?
 

FAQ: The Higgs as the cause of Time?

1. What is the Higgs field and how does it relate to time?

The Higgs field is a theoretical concept in physics that is thought to permeate the entire universe. It is responsible for giving particles their mass, which in turn affects the passage of time. The Higgs field creates a sort of "drag" on particles, making them move slower and thus causing time to pass at a slower rate.

2. How does the Higgs boson contribute to the concept of time?

The Higgs boson is a particle that is associated with the Higgs field. Its discovery in 2012 confirmed the existence of the Higgs field and its role in giving particles their mass. When particles interact with the Higgs boson, they gain mass and thus experience time differently.

3. Can the Higgs field be used to manipulate time?

While the Higgs field does affect the passage of time, it is not currently possible to manipulate it for practical purposes. The effects of the Higgs field are only noticeable at the subatomic level, and the technology to manipulate it on a larger scale does not currently exist.

4. Is the Higgs field the only factor that affects time?

No, the Higgs field is just one aspect of time. Other factors such as gravity, velocity, and the curvature of space-time also play a role in how time is experienced. The Higgs field is unique in that it affects the intrinsic properties of particles, but it is not the only factor that contributes to the concept of time.

5. How does the theory of the Higgs as the cause of time relate to the concept of time travel?

The relationship between the Higgs field and time travel is still a topic of debate and speculation among physicists. Some theories suggest that manipulating the Higgs field could potentially allow for time travel, while others argue that it is not possible. The current understanding of the Higgs field and its effects on time is not yet advanced enough to definitively answer this question.

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