The document discusses the theoretical framework for a relativistic phase displacement space drive that manipulates spacetime using phased standing waves, which may allow for effective faster-than-light (FTL) travel by warping spacetime. It proposes that a rotating force can generate necessary accelerations for spacecraft propulsion without exceeding the speed of light, suggesting an energy-efficient alternative to traditional propulsion methods. Additionally, it emphasizes the potential of fusion energy sources to power these drives, making interstellar travel more feasible and economically viable.

1. Relativistic Phase Displacement Space Drive Warping Space Time with Phased Standing Waves Moacir L. Ferreira Jr. May 26, 2011

2. In accordance with the Theory of Relativity, gravity and acceleration are equivalents, and both warp spacetime. And also, mass/energy cannot locally travel faster than the speed of light, but there is no prohibition in warping spacetime to make things appear faster than light. Spacetime itself has no restriction on the speed with which it can be stretched. Acceleration/gravity warps spacetime, and force generates acceleration. Hence, hypothetically, a FTL moving force can warp spacetime substantially in order to produce an opposing acceleration.

3. FTL moving magnetic force, from a multiphase system, can be mathematically verifiable (f ≥ c/L): Rotating AC motor: v=2 π rf (circular motion force) 2 π r = L Linear AC motor: v=Lf (straight-line motion force) v=c, c=Lf, f=c/L Hypothetically, FTL force if (f ≥ c/L) c= f λ ( f ≥ c/L) -> (c/ λ ≥ c/L) -> (L ≥ λ) e.g., Le ngth of 5m: f ≥ (c/L) -> f ≥ (3×10⁸/5) -> f ≥ 60 MHz

4. Two emitters, phased [0° 90°], and quarter-wave spaced (nλ+ ¼λ), can produce Standing Waves for generating attraction/repulsion. Note: Standing Wave can momentarily disappear because it is the result of superposition of two opposing waves. Antennas are fixed.

5. Having two groups of Standing Waves : one group with emitters Phased {[0° 90°] [90° 180°] [180° 270°] [ 270° 0°]}, quarter-wave spaced (nλ+ ¼λ), inclined ∠ 45°, crisscrossing another similar group, adjusting the bottom layer to be ¼λcos(45°) wider to align crossing region, and the Length of the crossing region to be greater than the wavelength(L ≥ λ). A moving force will be imposed to be faster than light (L≥λ), which is to warp spacetime instead of being faster than light.

7. Due to phase’s differences, a linear moving pattern of spinning waves is created, trying to run downward faster than light, which is to warp spacetime producing an astonishing upward acceleration, propelling a spacecraft, at least at subluminal speeds, in a more energy-efficient way than expelling-mass propulsion. Spinning waves are configured to run faster than light (L≥λ), but in accordance with Theory of Relativity , it can't. Instead, the spacetime is stretched behind the spacecraft creating  acceleration. Expected energy consumption, not taking into account EM losses, is 50kW/tonne @ 1 g -force.

12. Fusion Energy Source

13. Fusion fuels: He-3, Li-6/7, deuterium, and B-11; available on moons, planets and asteroids. Multi-megavolt electrostatic generator (low charge/mass ratio). Neutralization at outputs (low power consumption). Fusion energy conversion directly into electricity by multistage ion collectors; and subsequently recycling byproducts.

14. Fusion Energy Source

15. Conclusion: From this, Subluminal Warp Drives can be more technically feasible, bringing Superluminal Warp Drives some steps closer. Subluminal Warp Drive can reduce drastically dependence on propellants, making the interstellar travels more technically feasible and economically affordable.

16. Thank You www.crossfirefusion.com/thruster