Traversable Wormhole

This dissertation presents a comprehensive theoretical framework for the existence, creation, and practical applications of traversable wormholes within the context of general relativity and quantum field theory. Through rigorous mathematical analysis and novel theoretical constructs, we demonstrate that traversable wormholes not only satisfy Einstein's field equations under specific exotic matter conditions but can potentially be artificially created using advanced electromagnetic field manipulation and negative energy density generation. Furthermore, we propose a resolution to fundamental temporal paradoxes through the application of the Novikov self-consistency principle and quantum decoherence mechanisms. Our findings suggest that controlled wormhole creation may be achievable within the next century, provided sufficient technological advancement in exotic matter manipulation and energy containment systems.