Are the fundamental forces constantly fighting entropy?

Question

If we imagine that the four fundamental forces disappeared, all structures that had a non zero temperature (Kelvin) would quickly disintegrate due to the particles colliding with each other and start wandering indefinitely through our universe, away from the original structure.

This process would lead us to total heat death (thermodynamics) in a very short time.

That isn't happening in our current universe. Thus I'm tempted to conclude that the four forces are constantly actively "working" towards keeping our universe away from heat death. Would others be tempted to say the same?

Hypothesis: As long as the forces exist, the universe will never reach a state in which all particles are more or less homogenously distributed across the universe. The particles will continue to be gathered in otherwise improbable constellations (constellations that have near perfect spherical forms with a high density of particles. Typically stars and planets). The heat characteristic of these improbable constellations would, however, go unhindered towards heat death. The four forces won't hinder that development.

Answer 1

Maybe the three forces(Electromagnetism, Strong and Weak nuclear forces) are fighting and helping entropy. For example the weak force works for entropy by bringing down object masses. For example the weak force causes Beta decay and this increases entropy

$$n \rightarrow p^+ + e^- + \bar \nu_e$$

However the weak force can fight entropy for example it can decrease entropy by which low entropy photons combine into W+ and W- bosons. These bosons can combine to form Z bosons which then turn into proton and antiproton pairs which are more orderly than photons.

Electromagnetism and strong nuclear keep order by making atoms but they also create disorder because of decay.

The exception to this is gravity. Gravity fights entropy and disorder. It keeps stars and planets in orbit. It fights dark energy which mostly helps entropy.