Conformal Thrust Generation by Strong Binding Energy Release in Quantum Capillary Lattices

A system comprising:

• a capillary, wherein the capillary comprises a cavity within the capillary and one or more conductors near the cavity;
• a supply source of one or more types of nuclei;
• a pulsed current source coupled to at least one of the one or more conductors;
• a voltage source coupled to at least one of the one or more conductors;
• a reflector above the cavity;
• wherein:
• the cavity is configured to receive the one or more types of nuclei,
• the pulsed current source is configured to send a current pulse along at least one of the one or more conductors, wherein the current pulse is configured to generate an electromagnetic field pulse within the cavity,
• the voltage source is configured to apply a positive voltage to at least one of the one or more conductors,
• the positive voltage and the electromagnetic pulse are configured to focalize the one or more types of nuclei and to cause the one or more types of nuclei to interact and to generate one or more resulting types of nuclei acquiring kinetic energy,
• a subset of the resulting types of nuclei moves in an upward direction and another subset of the resulting types of nuclei moves in a downward direction,
• the reflector is configured to redirect the subset of the resulting types of nuclei moving in the upward direction to create redirected resulting types of nuclei moving in the downward direction,
• thrust is generated in the upward direction based at least on the redirected resulting types of nuclei moving in the downward direction and on the other subset of the resulting types of nuclei moving in the downward direction.