The Use of Time-Forwarding to Place Satellites in Orbit

Satellites are becoming smaller and less expensive, mostly due to the advances in electronics, while the launch costs remain prohibitive for mass commercial use. Launch costs for a typical telecommunications satellite are around $120MM USD. This short technical paper proposes a method for placing a 500 kg (1100 lb) satellite in orbit for about $2 USD. The avoided-cost savings for the US, could exceed $50 Billion USD over twenty years. This technology is based on a derivative of time travel. The math is derived by taking Einstein's equation, E=mc^2, and taking the partial derivative with respect to time. You will note that the speed of light is not constant per Dr Daniel Gazari's important paper; "Lunar Laser Ranging Test on the Invariance of C." Each reader must comprehend that our universe literally blinks off and on, approximately 1 trillion times every second.
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