Quantum impulse

By leveraging interaction between engineered swarms of subnano mechanisms and surrounding surfaces (quantumgrav Casimir effect, van der Waals forces and energy state transitions), it is possible to create localised propulsion effects that scale to macroscopic movement.

Such systems require sophisticated manipulation of quantum fields and particle states, but allow them to impart precise bursts of momentum to a craft or object without relying on the mass-expulsion mechanism seen in chemical or more advanced engines. Quantum impulse systems leverage the subtle interactions at the subatomic scale to achieve propulsion.