What could happen after maximum entropy is reached if

[WellFlawed]

When:
- Vacuum had an absolute mass, relatively limiting expension of all universal matter
- Newton's second law could be overridden or negated
- [Anything else I couldn't think of]

 

[Matterwave]

...what...?

 

[Nugatory]

The laws of physics describe to the world that we live in, where vacuum doesn't have an absolute mass and Newton's second law cannot be overridden. They don't have anything to say about anything else, so your question as phrased has no answer.
(Although you can have a lot of fun making up answers... Your made-up answer will be as good as mine or anyone else's)

 

[micromass]

The laws of physics describe to the world that we live in, where vacuum doesn't have an absolute mass and Newton's second law cannot be overridden. They don't have anything to say about anything else, so your question as phrased has no answer.
(Although you can have a lot of fun making up answers... Your made-up answer will be as good as mine or anyone else's)

Right, this thread is asking what the laws of physics would say if the laws of physics didn't hold. There are no true answers to this.

Locked.

 

[sardar]

After maximum entropy is reached, the universe would continue to exist in a state of equilibrium where the amount of energy available for work is evenly distributed. This would mean that all matter would be spread out and evenly distributed, with no areas of higher or lower concentration. It is difficult to predict exactly what would happen in this state, as our current understanding of physics is based on the laws of thermodynamics and the principle of maximum entropy.

If vacuum had an absolute mass, it would likely affect the rate of expansion of the universe. The expansion would likely slow down as the mass of the vacuum would exert a gravitational pull on matter, causing it to contract. This could potentially lead to the eventual collapse of the universe, as the gravitational pull of the vacuum would overcome the outward force of the expansion.

If Newton's second law could be overridden or negated, it would fundamentally change our understanding of how matter and energy interact. This could lead to the breakdown of many of our current scientific theories and models, and could potentially open up new possibilities for the behavior of matter and energy. However, it is difficult to predict what these changes would be and how they would affect the universe as a whole.

As for any other unknown factors, it is impossible to say what could happen without more information or a better understanding of the underlying principles at play. But it is likely that any major changes to the fundamental laws of physics would have a significant impact on the universe and could potentially lead to a complete restructuring of our understanding of the universe.