Stepping back into Facebook a little early just for this evening to announce that Ive completed and just uploaded: Higgs Field Manipulation Methods: Conjectures On How It Might Be Done Using Ad-Hoc Materials. Volume 2. Herein, we delve deeper into plausible methods of enhancing the evacuation of the higgs field near the location of a spacecraft and within the space occupied by the spacecraft. Numerous easy and intuitive illustrations not provided in Volume 1 shed light on the number of qualitative topological classes of Casimir higgs cavities that need to be considered at a theoretical and experimental level at some deep future time when technical capacities of our descendants will enable commensurately deep exploration of the methods proposed herein. I hope you as the prospective reader will enjoy this short whimsical tour of methods for enabling enhanced spacecraft gamma factors per unit of spacecraft inertial invariant mass. Rocket fuel may be especially potent in reduced invariant inertial mass spacecraft. For example, matter-antimatter fuel may be carried in great molar quantities in terms of leptonic and quarkonic constituents while its invariant mass is greatly reduced. When it would come time for the fuel to be burned, the invariant mass of the fuel in pre-burn phase may be enhanced in batch-wise and/or continuous mode to thus provide greatly amplified effective specific impulses for the fuel. In reality, super-luminal specific impulses of arbitrarily high super-unity multiples of light speed are possible. Even nuclear fusion and nuclear fission fuels may in principle enable sub-canonical-ensemble spacecraft gamma factors with modest mass-ratios using the inertial mass reduction and reapplication methods. In one of the next volumes in this series, I will provide specific formulations for gamma, mass ratio, mass reduction, and effective specific impulse using the proposed rocket fuel mass manipulation methods. Join me and read this book and the next books in this series which are in the planning stages.
Posted on: Sun, 28 Dec 2014 01:29:56 +0000
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