there is no scientific evidence or consensus supporting the existence of traversable wormholes or the possibility of using them for time travel. While theoretical models and quantum computer simulations can explore concepts related to wormholes, their practical realization and utilization are purely speculative at this point.
Wormholes, if they were to exist, are hypothetical structures that connect different regions of spacetime. According to current understanding, traversable wormholes would require exotic forms of matter with negative energy densities and violate various physical principles, such as energy conditions and causality. The creation and stabilization of such exotic matter remain purely theoretical and speculative.
Regarding time travel, wormholes have been a topic of interest in the context of various science fiction stories. However, the concept of using a wormhole to travel back in time is highly speculative and not supported by scientific evidence or established theories. The laws of physics, as currently understood, do not allow for the creation of time machines or the violation of causality.
It is important to distinguish between theoretical explorations, such as simulating wormholes in quantum computers, and their actual physical existence or practical utilization. While these simulations can provide insights and help refine theoretical models, they do not imply the immediate feasibility or realization of traversable wormholes or time travel. Scientific progress in these areas is ongoing, and future discoveries and advancements may shed more light on these concepts, but for now, they remain speculative and theoretical.