My latest book: Higgs Field Manipulation Methods: Conjectures On How It Might Be Done Using Ad-Hoc Materials. Volume 8. has been completed an uploaded. Four books in one day! The key! Skillful use of word, copy and paste, search find and replace, and the Word electronic drawing feature. Add the ability to link concepts from multiple files and the product is four well illustrated books in one day. Now that we have come to another theoretical study yet still in its infancy, I welcome you as my valued readership to come and see what I have to say in this Volume 8 of this series. The higgs field is both familiar to particle theorists as well as a new stranger on the theoretical block. The experimental confirmation of the higgs boson has only occurred within the last couple of years and many aspects of the higgs boson and associated higgs field are not well understood, not to mention only rudimentarily measured. This volume provides a story of how the higgs field upon much deeper understanding and any associated future capacity to manipulate it, may be applied for fantastic spacecraft propulsion methods. We thus 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 illustrations 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. I invite you to join me to celebrate such potential applications further elaborated on in this and the next several volumes of this series. Please join me and read the this and the next books in this series which are in the planning stages.
Posted on: Sat, 03 Jan 2015 03:49:51 +0000
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