Uploaded March 2026 | Updated September 2026, 16 hours ago
Aerospace engineer Jamie Childress (Boeing Technical Fellow, retired; former DoD research engineer) argues that what we call space-time shapes what we think is possible—and therefore what gets funded. He revisits the “ether” lesson (Michelson–Morley) but flips the usual conclusion: space-time can still be a material even if it doesn’t interact with photons, while clearly interacting with matter via gravity (curvature, lensing, black holes) and supporting gravitational waves (LIGO). From that viewpoint, the vacuum is “filled” with resident fields (zero-point energy, virtual particles, Casimir effect, possibly dark energy), and “quantum propulsion” concepts become reaction-based interactions with those fields—opening a path toward gravity modification and propellantless travel without changing any existing physics, only the paradigm we interpret it through.
Aerospace engineer Jamie Childress (Boeing Technical Fellow, retired; former DoD research engineer) argues that what we call space-time shapes what we think is possible—and therefore what gets funded. He revisits the “ether” lesson (Michelson–Morley) but flips the usual conclusion: space-time can still be a material even if it doesn’t interact with photons, while clearly interacting with matter via gravity (curvature, lensing, black holes) and supporting gravitational waves (LIGO). From that viewpoint, the vacuum is “filled” with resident fields (zero-point energy, virtual particles, Casimir effect, possibly dark energy), and “quantum propulsion” concepts become reaction-based interactions with those fields—opening a path toward gravity modification and propellantless travel without changing any existing physics, only the paradigm we interpret it through.
