Editing Electrogravitics (section)

=== Real-World Electrogravitic Propulsion Systems ===

The field of electrogravitic propulsion has seen various theoretical concepts and experimental prototypes proposed over the years. While many of these systems remain speculative or in early stages of development, they represent diverse approaches to harnessing electromagnetic-gravitational interactions for spacecraft propulsion. Here is a comprehensive list of considered electrogravitic propulsion systems:

* '''[[Ionocrafts]]''': Also known as lifter devices, ionocrafts utilize high-voltage electric fields to generate thrust by ionizing surrounding air molecules and creating electrostatic forces.
* '''[[Electrokinetic Thrusters]]''': These propulsion systems use electric fields to accelerate charged particles, producing thrust through electromagnetic interactions without expelling reaction mass.
* '''[[Gravitoelectromagnetic Drive]] (GEM Drive)''': Based on theoretical concepts from general relativity and electromagnetism, GEM drives aim to manipulate gravitational fields using electromagnetic fields to generate propulsive forces.
* '''[[Podkletnov's Gravity Shield]]''': Proposed by Russian scientist Eugene Podkletnov, this concept involves the creation of a rotating superconducting disc to generate a gravitational shielding effect, potentially leading to propulsive capabilities.
* '''[[Woodward Effect Propulsion]]''': The Woodward effect, also known as Mach effect propulsion, proposes using time-varying mass distributions and electromagnetic fields to generate propulsive forces based on inertia modification.
* '''[[Biefeld-Brown Effect]]''': This phenomenon, observed in experiments with high-voltage capacitors, suggests a potential link between electric fields and gravitational effects, leading to proposals for propulsion systems based on electrogravitic principles.
* '''[[Antigravity Propulsion Systems]]''': Various theoretical concepts and experimental setups have been proposed under the umbrella of antigravity research, exploring the possibility of generating propulsive forces by counteracting or manipulating gravitational fields through electromagnetic means.
* '''[[Quantum Vacuum Plasma Thrusters]] (QVPT)''': These propulsion systems aim to exploit quantum vacuum fluctuations and plasma phenomena to generate thrust without expelling reaction mass, potentially leveraging electromagnetic-gravitational interactions for propulsion.

While some of these concepts have garnered attention and undergone experimental testing, others remain purely theoretical or speculative. The field of electrogravitic propulsion continues to evolve as researchers explore new ideas and technologies, seeking to unlock the potential of electromagnetic-gravitational interactions for advanced spacecraft propulsion systems.