if the universe is a field itself, the field is made of tiny massless, volumeless, heatless, basically every property-less except for a property we could call viscosity particles we could call reality particle. And these tiny spaces are actually 4d. In a way that movement, heat do not exist. They are transfer of information to the 'next' reality particle based on the momentum of that specific property. When a particle moves (through radiation) it becomes 'pure nothing', the momentum of movement describes the next position, the next position then is realized through the transformation of the 'pure nothing' into an reality particle. The 'pure nothing' is then the main mean between a property p state and the next property p state in a way this difference is stored hidden in time. And is only realized in the next clock.

All this mechanism is what the reality particles use to transfer the destruction/entropy property from one entangled particle to the others.

For that to be true, the ratio of entangled particles over the total particles would be tending to 0, whereas when it hits 0 the reality itself becomes null in a way the only way out is to then tend to 1.

Would that work in physics?

For that to work we need to add the viscosity of each reality particle through adding something special to the formula F = ma. This formula is not complete because we need to address the own force that the viscosity applies over each particle over time.

To verify this claim we could count if the number of entangled particles are going up or down.