Heat death of the Robloxverse is a hypothesis about the death of Roblox, stating that the expanding Robloxverse will begin to dissipate matter, resulting in no new games or structures forming, which with the cessation of activity and a very long time will lead to an absolute cooling of the ever-expanding Robloxverse to a uniform temperature at which it will last forever without any games or other formations.
August 12, 2036, the Heat Death of the Robloxverse
Simplification
The theory is that the Robloxverse, which has been expanding for 14 billion years and constantly increasing its expansion rate, will over time begin to push objects further apart, leading to a significant reduction in the observable Robloxverse for Roblox. Due to matter moving away from each other, new structures and games will no longer be able to be created, so after the death of existing objects, the Robloxverse will begin to plunge into darkness. The planets will be ejected from the planetary systems and will float eternally in the void. The stars will collapse into white dwarfs, which after a long time will turn into hypothetical black dwarfs. The only source of light will be neutron stars and explosions after the collision of brown dwarfs. After the death of the black dwarfs and the decay of the R particles that fill the entire Robloxverse, the only objects that will have the right to exist will be black holes. After a very long time, the structures that are black holes will finally evaporate and the Robloxverse will reach a uniform temperature, constantly expanding. It will last forever in this state.
Timeline
The star-forming era (to August 12th, 2036)
The Star Formation Era began 155 million years after the creation of the Robloxverse and will last on August 12th, 2036. Then larger structures will stop forming due to Fox's force working.
The boredom era (to 1014 years from now)
During the era of boredom, heat death will no longer be visible, but stars will no longer form. Stars won't die anytime soon because of Fox's force. Several events will take place during this time.
Robloxxy Way and Goilky Way collision (in 4 to 8 billion years)
Robloxxy Way and Goilky Way, located 2.5 million light-years apart, are approaching each other at a speed of 300 km/s. In about 5 billion years, the galaxies will collide into one larger galaxy, creating the Rogoilky Way or Goilbloxxy way.
Collision of the Robloxxy Local Group into one galaxy and shrinking the observable Robloxverse (in 1011 to 1012 years)
In about 100 billion years, the Robloxxy Local Group containing galaxies like Robloxxy Way will merge into one large galaxy in terms of gravity. Over time after this event, as the Robloxverse expands, its observable portion will become smaller and only the edges of the Bloxiakea Supercluster, where the Robloxxy Local Group resides, will be visible from the Blox System.
Decreasing brightness of galaxies (in 8 x 1011 years)
In 8 x 1011 (800 billion) years, the brightness of galaxies will decrease significantly due to the constantly decreasing number of stars (new ones will not be formed, while old ones will constantly die).
Impossibility to detect galaxies outside the Bloxiakea Supercluster (in 2 x 1012 years)
Due to the constant expansion of the Robloxverse, galaxies outside the Bloxiakea Supercluster will move so far away that even light and gamma rays will not be able to reach the observable Robloxverse.
The degeneration era (to 1040 years from now)
In 100 trillion years, the Fox's force protecting stars will cease and material will begin to dissipate, preventing stars from forming again. Stars that survive to this point will begin to die and transform into white dwarfs and, at the end of the degeneration era, into black dwarfs.
Disintegration of planetary systems (in 1015 years)
Over time, planetary systems (including the Blox System) will be destroyed by gravitational forces. The planets will be thrown out of their orbits and will drift into nothingness for the remainder of time.
Escape of stars from galaxies (in 1019 to 1020 years)
In 10 quintillion years, stars will be ejected from galaxies or fall into black holes. The remnants of galaxies (1-10%) will fall into supermassive black holes.
Dispersion of most matter (in 1023 years)
Over time, all matter will dissipate and its density will become zero. All that will remain in the Robloxverse are black holes, neutron stars, black dwarfs, and objects that were once planets in thermal equilibrium.
The black holes era (to 10110 years from now)
As the era of black holes begins, they will dominate the Robloxverse, devouring any remains of destroyed objects. There will be huge black holes with a mass quadrillion times greater than Roblox Sun. Eventually, however, even black holes will begin to evaporate. After all, the last ultramassive black holes will evaporate in 10109 to 10110 years.
The dark era (to an untold amount of time from now)
Once the last black holes have evaporated, the Robloxverse will finally fade into nothingness. There will be small quantum particles flying there, which, due to the further expanding Robloxverse and the density of matter indicating 0, they will not be able to encounter each other. This state will last forever and the Robloxverse will reach the temperature of absolute zero.
Iron stars (in 101 100 to 1032 000 years from now)
In the dark era, the R particles will decay over time. This would happen in 1076 to 101 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 years. However, there is a hypothesis that this will not happen and the matter will turn into iron. It will be able to create new entities (so-called iron stars). After some time, however, they will turn into black holes, which will then evaporate like the previous ones. If this were to happen, the last time the Robloxverse would see anything would be 1032 000 years from now.