Electrogravitic Tech is the technology category encompassing all systems that use high-voltage electric fields to produce gravitational effects — propulsion, lift, attitude control, or field shaping. It is the engineering application layer of the Electrogravitics science page.
Science vs Technology
- Electrogravitics = the science — theoretical frameworks, experimental measurements, academic research
- Electrogravitic Tech = the engineering — devices, vehicles, systems, and applications built on that science
Technology Components
Electrogravitic Technology Systems
| Component |
Function |
Key Equation |
Vehicle(s)
|
| Asymmetric capacitor array |
Generate Biefeld-Brown thrust |
 |
Electro Speeder
|
| HV power supply |
Provide 50–300 kV DC to capacitor arrays |
Standard power electronics |
All
|
| Barium titanate dielectric |
High-K material to maximize capacitance and coupling |
for BaTiO₃ |
All
|
| Metamaterial dielectric |
Enhanced coupling via engineered permittivity tensors |
 |
Advanced vehicles
|
| Attitude control panels |
8 asymmetric capacitor panels for roll/pitch/yaw |
Vector sum of individual F |
Magneto Speeder
|
| Vibration damping |
HF voltage modulation to counteract oscillations |
feedback |
Magneto Speeder
|
Historical Development
Electrogravitic Technology History
| Era |
Milestone |
Technology
|
| 1920s |
Brown's gravitator |
Lead electrodes + barium titanate; 100 kV
|
| 1950s |
Project Winterhaven |
Proposed Mach 3 disc vehicle with electrogravitic propulsion
|
| 1950s |
GRG 013/56 Report |
Industry consortium evaluation; 7 aerospace companies investigated
|
| 1957–1960 |
Bahnson Labs |
Funded vacuum chamber tests; results unpublished
|
| 2003 |
NASA Glenn vacuum tests |
Biefeld-Brown Effect eliminated in high vacuum
|
| 2004 |
ARL study |
Ion wind confirmed as primary mechanism in air
|
| 2018 |
Navy Pais patents |
HEEMFG concept for inertial mass reduction
|
| FusionGirl 2036+ |
Electro Speeder |
First operational electrogravitic vehicle (fiction)
|
Theoretical Foundations
The electrogravitic technology tree connects to multiple theoretical frameworks:
Comparison with Magnetogravitic Tech
Electrogravitic vs Magnetogravitic Approaches
| Aspect |
Electrogravitic Tech |
Magnetogravitic Tech
|
| Physical basis |
High-voltage electrostatics |
Rotating mass / superconductor currents
|
| Key effect |
Biefeld-Brown Effect |
Gravitomagnetic London Moment
|
| Pioneer |
Thomas Townsend Brown (1920s) |
Ning Li (1991)
|
| Energy source |
High-voltage DC (50–300 kV) |
Superconducting rotor kinetic energy
|
| Confirmed in vacuum? |
Disputed — NASA Glenn says no |
Frame-dragging confirmed by Gravity Probe B
|
| Amplification mechanism |
Dielectric polarization |
Cooper pair quantum coherence (~10¹¹× GR)
|
| Primary vehicle |
Electro Speeder |
Magneto Speeder
|
| Theoretical strength |
Established equations, simple setup |
Stronger theoretical chain (KK→GEM→Li-Torr)
|
| Engineering maturity |
Higher (simpler hardware) |
Lower (requires superconductors)
|
See Also