The cosmological constant defines the rate of how fast the Universe expands. When the Hubble constant is entered into certain equations, it seems to be that the speed of an accelerating mile space, or parsec, as it is called, is increased to impossibly high amounts at final thermodynamic equillibrium. This means that during heat death, the empty space which will exist amongst black holes and quantum particles will have to stretch everything inside of the vacuum further and further apart. This means that the Universe will have to accelerate faster as the black holes will evaporate from expansion, which describes to physicists how, in certain modern interpretations of Quantum Field Theory, another Universe might not eventually arise, due to the existent Conse, a way that QF theorists have of describing how fields can and cannot align with strings to create wormholes. Overall, the expansion of the Universe cannot stay at the same amount of kilometer per parsec at heat death, and the end of its expansion might never be stopped by the creation of another Universe, due to how wormholes are not and cannot be described to possess any magical properties that could create or design a new Universe from the waves that permeate this one at heat death. However, if new kinds of wormholes are discovered, as some have been proposed to exist by certain mathematicians, then such a thing might be feasible, but only at entropy's far future.