What if the Higgs Boson particle,
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Please forgive, when awkward, the English of this page. English is not the author's native language.
Average Reading Time: 2 min 50 seconds Mass is still a mystery in physics ATLAS experiment under construction. Pictures taken by the author June 7 2007 <<Previous Picture<< >>Next Picture>> In 1996 CERN approved the ATLAS experiment, which is aimed at proving the existence of the Higgs boson particle. The Higgs particle plays the role of mass in the science of physics or of mass as part of matter. CERN's LHC is the only accelerator powerful enough in the world to detect the Higgs boson. In 2008, after long years of planning, preparation, precise and tenacious work CERN's LHC has been turned on. Unfortunately a few ups and downs that necessitated repairs occurred before the LHC became fruitful. Nevertheless, since early 2010 the LHC at CERN has been running and producing results! For the latest information about CERN's LHC and the Higgs boson the best is to visit their website! Mass does not exist in the Gravimotion worldShould you have landed directly on this page, this web site introduces the gravimotion interpretation of Nature, an alternate to the interpretation of physics theories and Higgs boson.In the gravimotion world both mass and Higgs boson (or field) do not exist and that interpretation stipulates that the Higgs boson particle will never be discovered no matter the energy involved. Mass is useless in Nature, and doesn't need to exist under the form of Higgs boson or field in our human interpretation of Nature. On the other hand, instead of speculating that "mass", which is furthermore "inert", generates the force of gravity, which on the contrary and inexplicably is "dynamic", there is a far more elegant way to describe the gravitation phenomenon, claiming that "motion" is what "occurs" in reality. Similarly it's much easier to justify Newton's first so called inertia law considering "motion" is physical, as inertia has no collateral at all in reality, and as a consequence doesn't explain anything. Furthermore should the Higgs boson be discovered, which would justify our concept of mass, will we then have to look for the inertia-particle? In gravimotion the concepts of mass and the Higgs boson along with it are disregarded and our concept of inertia has been merged-into the reality of motion through the inertia law. A consequence of this choice though is that should the Higgs particle boson be "physically" discovered at CERN, gravimotion would be stricken a fatal blow! Should the Higgs boson show up, it seems that gravimotion would become history, it's as simple as that! The experiment complexity and the amount of calculations that are taking place presently at CERN though, provide a few welcome years of extended life to that interpretation of nature that is gravimotion! The necessary time lag that elapses between the ATLAS experiment realization and the unveiling of the Higgs boson, should the later show up, provides room to breathe for this author unknown in comparison to CERN's glamor! Yet in spite of the fact that unknown in our modern world is synonymous to non-credible, once CERN's LHC reached its designed power, once all the measures and calculations are over, should no Higgs particle boson be discovered, let it be known that gravimotion fills in the gap! What if the Higgs Boson doesn't exist?As of now, the Higgs boson particle is of extreme importance in theoretical physics.Should the Higgs boson be dismissed, as suggested in gravimotion:
Physicists will continue their research and pursue their theories one way or another! As an example nobody proved that time and space exist and they are of prime importance in physics! So if mass doesn't exist, who cares? No matter what, physics mathematics will remain as valid as physics experiments! Fortunately now, that also works both ways! Gravimotion is in good health without time and space, which are both honored in physics; gravimotion after all will also do fine even if mass remains honored in physics. The point is that while physics theories describe reality with extreme accuracy, physics theories though do not explain anything. Gravimotion's contributionShould the Higgs boson be dismissed and along with it our human (and physics) concept of mass, the gravimotion theory, which is not based on particle mass, might become handy and come to the rescue!Here are these two mental worlds that are physics and gravimotion, presented side by side:
Gravimotion and physics versus realityGravimotion is an interpretation or description of Nature solely based on motion.Physics is an interpretation or description of Nature made of mathematics. Gravimotion's ultimate goal is to provide an interpretation of Nature that is unified. Physics' goal doesn't seem to be well defined... Is it physics' goal to explain Nature through mathematics? Or is it physics goal to unify our mental concepts of time space force and mass through mathematics? Or both? Or more? In a conciliatory move and for those who disregard the idea of gravimotion, Applied Physics or physics' applications beat and by far gravimotion's lack of applications! Read all about gravimotion, click the bookstore button, and get the book that explains gravimotion through graphical illustrations. . |