Prepint

Traversable wormholes, solutions to Einstein’s field equations, offer a tantalizing possibility for connecting distant spacetime regions. This paper rigorously examines their stability conditions, focusing on quantum stabilization via the ER=EPR conjecture and exotic matter. A novel experimental framework using entangled Bose-Einstein condensates (BECs) in an analog gravity setup is proposed, with detailed measurement protocols to test wormhole-like effects in the laboratory. Implications for quantum gravity and spacetime topology are discussed