Higg's Symmetries

A Symmetrical Analysis Of Mass, Speed, Frequency And The Direction-Of-Time

Particle Frequencies And The Higg's Fields

How To Fabricate Matter From Light

By: John K. Harms

Abstract:

This is a rather short text; a somewhat deep analysis of a symmetrical graphical image that the author has generated. It is a combination of several of the author's ideas including the constituents of matter and antimatter, the constituents of electromagnetic waves, the Higg's mechanism, as well as the symmetries studies involving time-direction. The graphical image grants several new consequences that are worthy of note. These predictions form the bulk of the text.

Key Words: Higgs Fields, Frequency, Speed, Mass, Time-Direction

Introduction

This text is a further analysis of previous texts into the symmetries associated with particle mass, speed, frequency and the arrow of time. It is an extension (and somewhat different symmetrical picture) of the notion that photon holes compose matter, whilst antimatter is a composite structure of photons. The Higgs or similar mechanisms are pictured as operating at discrete frequencies providing mass and inertial effects to the various particles. These ideas are all combined into a single image; a pictorial view of these precise symmetrical relationships. Moreover, this image grants new predictions that must also follow if this is a viable model.

An Image Relating The Symmetries Of Mass, Speed, Frequency And Time-Arrow

The author will now introduce a symmetrical image relating the quantities of mass, speed, frequency and direction-of-time, followed by the consequences of this view of nature as well as an analysis into the author's reasoning. The consequences will be a description of how these conclusions (as well as some alternative options) were deduced:

The above image is important. It relates the various particles, being either matter or antimatter to the photon holes and photons (respectively) of which they are composed. This is consistent with the author's other work on matter and also of antimatter. See the links below for further information.

The image includes faster as well as slower than light particles, hence, particle velocities are also a vitally important aspect of this image. Taken seriously, the image also yields a number of predictions about the characteristics of these particle varieties. Some of these predictions might include:

1) Since antimatter is backward-in-time matter, antimatter may be composed of forward-in-time photons. Following this line of logic, forward-in-time matter particles must be composite structures of backward-in-time photon holes. Hence, photon holes and photons travel in opposite directions-of-time.

2) It can be understood that when particles (photons or photon holes) become confined to below the speed of light (given mass and inertia), that such particles may (as in # 1 above) change their arrows-of-time. Thus, it may be the case that in order for new matter or antimatter to be created that photon holes or photons (respectively) must change their directions-of-time. This may be what occurs in the quantum vacuum. Therefore, either photons or photon holes change their arrows-of-time (as they acquire mass) permanently dropping below the speed of light. Or, it may be that matter and antimatter, despite traveling in their respective time-directions, are composed of even smaller constituents (photons and photon holes) traveling in an opposite time-direction. Stated somewhat differently, mass may come about when photons or holes change their arrows-of-time, or it is the massive bodies that are themselves composed of photons or holes each with opposite time-arrows.

3) It can be seen in the "Space-Grid" text (see the link below) that the electromagnetic wave has photon as well as photon hole components. This is reflected in the items beneath "Massless At C" above. Consistent with the special theory of relativity, when a photon travels faster than the vacuum speed-of-light (c) (and this phenomenon has now been demonstrated experimentally), that the direction-of-time changes (or swaps). According to the experiment, this may take place when a new gaseous medium is introduced through which the light waves pass. Hence, when light does exceed it speed in a vacuum, it then may travel backward-in-time. So, a photon becomes a photon hole (the opposite aspect of the EM wave) and a photon hole becomes a photon (its opposite partner in the wave) both when c is exceeded. Thus, the photon that travels backward-in-time to the detector when c is exceeded is related, not to the photon that was emitted, but to the photon hole aspect of the wave at c. Note this above. See also the "Space-Grid" text for more information.

4) The Higg's field must be associated with frequencies and/or wave phase. This is because as the time-arrow swaps from a photon hole to an ordinary piece of matter, there may be an alignment with the frequencies of the Higg's or similar fields. Hence, the reason that antimatter or matter have mass is because the mechanism that provides mass (the Higg's or something similar) becomes aligned with the waves of light. In the case of ordinary matter, this would be the photon hole aspects of the wave, whilst in antimatter it is the ordinary photon aspects. A photon, therefore, can become a constituent of a piece of antimatter if it swaps its direction-of-time, and becomes aligned with the Higgs or similar field frequencies. Ordinary matter particles, hence, are simply composite backward-in-time photon hole structures, and these holes have aligned themselves with the frequencies of the Higg's (or a similar) mechanism.

Relevant "Wave" Viewpoints

Somewhat related to the image above, might be the "wave" picture that:

1) At The Speed-Of-Light; Photon Holes (matter) + Photons = not compatible with Higgs mechanism.

Whereas: 2) Below The Speed-Of-Light; Photon Holes (matter) + Antimatter (composite structures of photons) = Higgs compatible

Since space is simply diffuse matter, then # 1 and # 2 above give the primary relationship between matter, space and antimatter. Space in the wave picture has photon hole (matter) as well as antimatter-like wave components. Space, therefore, has mass and is compatible with Higgs. See the "Space-Grid" or "Space" texts at the links below for further details.

The weight of local space, therefore, appears to be the resonance of local space with the Higgs (or similar mechanism). Farther from gravitational fields (away from galaxies), the waves of space tend to spread out and become repulsive. Hence, such waves are no longer are in resonance with Higgs, so the repulsive effects of negative pressure uniformity tend to dominate, kicking the Universe into an acceleration mode.

Conclusion

The graphical image above relates frequency, mass, time-direction and speed. An adequate study of the image is important for an understanding of the somewhat powerful predictive capabilities of the image. See the links below for a further understanding of where these ideas arose.

Relevant Links

The Space-Grid: http://www.johnkharms.com/grid.htm

Matter As Photon Holes: http://www.johnkharms.com/matter.htm

The Photon Hole Darkness Hypothesis: http://www.johnkharms.com/darkhole.htm

Antimatter: http://www.johnkharms.com/antimatter.htm

Space: http://www.johnkharms.com/space.htm

Photon Emission: http://www.johnkharms.com/photon.htm

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Reader's Note: Proper References And/Or Acknowledgments To This Text Are Appreciated.