traversablewormhole
A traversable wormhole is a hypothetical structure in general relativity that would connect two distant regions of spacetime through a tunnel-like shortcut. In contrast to the non-traversable Einstein-Rosen bridges suggested by early solutions, a traversable wormhole would allow matter and information to pass from one mouth to the other if the geometry can be kept open and navigable.
In the theoretical framework, Morris and Thorne showed that a stable, traversable wormhole could exist as a
Status and challenges: There is no experimental evidence for traversable wormholes. Negative-energy densities appear in certain
Implications and research: Traversable wormholes are primarily a theoretical tool for exploring general relativity, energy conditions,