Overview

Experiments at the LHC have led to the discovery the higgs boson. More powerful machines will likely be constructed if only to look for new non-theoretically relevant physics, in other words, unspecified new phenomenon. It may be the case that the creation of supersymmetric particles will require higher energies than the LHC can obtain. According to the Minimally Super symmetric Standard Model, there are 4 different species of higgs bosons, and discovering some or all of these bosons would add great excitement to the field of high energy physics. Discovery of the higgs boson is a remarkable validation of the Standard Model or particles and fields. The Standard Model predicts the existence of the higgs boson as the origin and generator of inertial mass in all known particles that have mass via the higgs field. Accordingly, all particles that have mass, or non-zero rest mass, would exist in the form of particles that travel at the speed of light were it not for the presence of the higgs field. The total energy of the massive particles would be the same were in not for the higgs field, with the difference that the particles would exist as light speed energy equivalence to their mass. This book includes descriptive conjecture on how the higgs field within the space occupied by a spacecraft might be reduced or eliminated to reduce spacecraft inertial invariant mass for enabling near light speed and light-speed inertial travel through space.

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9781505727531

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