Strategic Objectives
• Discover the physics of propellantless propulsion via Lorentz force interactions.
• Learn how to harness planetary magnetic fields for infinite orbital boosting.
• Understand the mechanics of de-orbiting space debris without consuming fuel.
• Explore the engineering challenges of kilometer-scale space tethers.
The Core Challenge
Traditional chemical propulsion is heavy, expensive, and finite, severely limiting our ability to maneuver in orbit and explore the cosmos.
01
The Tether Revolution
02
The Lorentz Force Foundation
03
Earth's Magnetic Shield
04
The Ionospheric Connection
05
Orbital Mechanics Reimagined
06
Conductive Materials
07
Plasma Contactor Technology
08
The Physics of Libration
09
Power Generation in Orbit
10
De-orbiting Space Debris
11
Electrodynamic Drag
12
The TSS-1R Mission
13
Electromagnetic Interference
14
Space Environment Effects
15
Tether Deployment Systems
16
Non-Earth Applications
17
The ProSEDS Experiment
18
High-Voltage Space Safety
19
Tether Control Algorithms
20
The Future of Space Logistics
21