Morok-M: A Conceptual Engineering Model for an Interstellar Warp Drive Based on Topological Stabilization and the Casimir Effect

What if a warp drive could be built not with exotic matter from a distant star, but with a simple graphene ribbon twisted into a Möbius strip? Morok-M is a conceptual engineering model for an interstellar warp drive. Unlike conventional proposals, it does not rely on unproven "exotic matter" — instead, it uses the Casimir effect as a source of negative energy, and a Möbius strip to stabilize it. The core idea: a rotating graphene Möbius strip embedded in a laser interferometer creates a topological barrier that confines negative energy in a thin bubble wall. This bubble — the warp bubble — moves space itself, not the ship inside it. The model includes:- A 10 MW fusion reactor- A 5 m² Casimir resonator with a 1 nm gap- A 1 MHz active stabilization system- Emergency protocols and a three-stage roadmap for experimental verification This is not a blueprint. It is a thought experiment — but one grounded in real physics and numerical simulations. Can a Möbius strip bend spacetime? This paper says: maybe. And here is how.