# 12D Gyroverse Model - does this make sense?

*From*: "p6" <atomicp6@xxxxxxxxx>*Date*: 23 Jun 2005 17:54:17 -0700

http://www.gyroverse.com

Two days ago the author posted his model in this group. What

follows is a sample of his main ideas taken from his site. What

do you think of it (he is able to explain the double slit experiment

which is the hardest of all - p6 "alternative

model junkie").

Donald Wortzman (Ph.D. in Mathematics) wrote:

The major tenet of this model is that all real distances within

the universe are of atomic proportions. Distances as far as

light-years away in three dimensions are reduced to atomic

distances in the full twelve-dimensional space. This is

accomplished by rolling up Euclidean space into a

twelve-dimensional manifold, each axis being rolled up in a

tightly wound helix. In this chapter, a systematic build-up to

justify this claim is presented. Several examples are given to

convince the reader that the whole un iverse can fit into a tiny

many-dimensional space, and still look as it does.

An important objective of the modeling method is to make this

twelve-dimensional manifold comprehensible. Recognizing the

symmetry of Euclidean space, a three-dimensional representation

of one axis is developed and duplicated for the other two axes. A

line wrapped on a hyper-cylinder of atomic proportions, pitched

forward forming a tightly wound helix, represents each direction

in Euclidean space. Added to this is a hidden fourth direction,

represented by a helix wound identically to the other three that

in special relativity is taken to be the time dimension. All

matter is circulating the helix in the fourth direction at the

speed of light. Thus, the entire twelve-dimensional space model

consists of four identical copies of a three-dimensional

cylindrical helix that represents each direction in Euclidean

space.

Each axis, x, y, and z, is wound within its own separate

three-dimensional space. From the x, y, and z perspective, the

absence of bending between these separate three-dimensional space

boundaries, makes the space appear Euclidean. All bending is done

into space dimensions that are not perceptible to us. Because

matter has zero thickness in these dimensions, the rolled-up

objects are not stressed and can be bent this way. Though each

axis is wound tightly in its own subset, the universe still

appears Euclid ean.

Circulating matter in the fourth direction creates a powerful

multidimensional gyroscopic-like mechanism, called the gyrohelix,

which keeps the universe stabilized. The gyrohelix is held

together with small particles called gravitons, which permeate

space. Matter has little, if any, intrinsic mass-like quality;

the mass is generated by the gyrohelix mechanism. This gyroscopic

action creates and amplifies inertia by 29 orders of magnitude,

starting from almost nothing.

Gravity is not pulling on matter, but gravitons are pushing

matter together causing gravitational attraction. This pushing

action impedes matter from accelerating, but allows it to move

freely at a constant velocity, giving it its inertial quality.

While the mass of gravity and inertia are the same for matter, a

photon's transverse inertial mass is half as much as its

gravitational mass. This is the reason that starlight grazing the

sun's surface bends twice as much as Newtonian physics would

indicate. The rest energy of matter is attributed to the kinetic

energy of matter traveling at lightspeed in the fourth direction,

and not due to matter being intrinsically equivalent to energy.

Clock time changes because of the inertial mass change, but real

time does not. Special relativity, by means of the Lorentz

transformation gives the formulae, but not the mechanism, for

distance contraction, time dilation, and mass increasing when

traveling at high speed. The Lorentz transformation's gamma

factor, the crux of the transformation, will be derived from

gyroverse basics. However, its interpretation has crucial

differences from special relativity

<snip>

CHAPTER 5 - RELATIVITY IMPLICATIONS This chapter is concerned

with those aspects of the gyroverse that deal with the physics

addressed by special and general relativity. It begins with a

discussion of non-simultaneity. Non-simultaneity is one of the

strangest aspects of special relativity finessed by the gyroverse

model. Non-simultaneity occurs when one observer recognizes two

events in another inertial frame as happening at once, while

another observer, distant from the first, will record completely

differ ent times for the event pair, possib ly years apart. In

this theory, all observers will agree on the timing of all

events, after correcting for their different clock rates. The

reason lightspeed is the same in different inertial frames is

explained. Three important gyroverse terms, yaw, pitch, and roll

are discussed. Yaw is the direction the gyrohelix faces; pitch is

the advance for each revolution of the gyrohelix; and roll is the

angular velocity of the gyrohelix. These are the parameters that

spec ial relativity, unbeknown to it, assumes cha nge in concert.

When they do, the Lorentz transformation is a good approximation

of the physics. When they do not as in orbital planetary motion,

or the universe's accelerated expansion, the Lorentz

transformation is not a good approximation of the physics. Other

equation differences are discussed that significantly influence

the physics. Also concerning the Lorentz transformation is that

in this theory only one principal frame exist; the other frame

has an elevated gamma, causing distance and mass increasing, and

time dilation, only on it. This gamma change cannot be easily

detected, because the standards that they are compared against

experience the same changes. However, distance lengthening from

th is effect is especially hard to recognize, because it is no

n-varying for each viewer. Confusing matters further, another

effect where each views a shortening of lengths in the other's

inertial frame in the direction of motion is a well known

observed phenomena, which occurs for a different related reason.

In addition, the velocity transformation (velocity addition)

formula is significantly different from the special relativity

counterpart. While the special relativity formula was presumably

verified by the Fizeau experiment, that result is disputed.

CHAPTER 6 - QUANTUM IMPLICATIONS As in the previous relativity

chapter, this chapter addresses those aspects of the theory that

influence quantum physics. The differences with present-day

theory are not numerical or mathematical. However, aspects of

quantum theory that were previously unexplained can be now

understood. Gravity is a very weak, long-range force in Euclidean

space, but a very powerful short-range force in

twelve-dimensional space. The force is caused by gravitons

uniformly traversing twelve-di mensional space. This modality is

also responsible for the strong force that holds the atomic

nucleus together, and the weak force that makes neutrons from

protons and electrons. Another facet of this force is holding

entangled particles together. Entangled particles can be far

apart in Euclidean space, but remain exceedingly close in

twelve-dimensional space. They maintain an awareness of each

other even after being separated by miles. The mechanism for

providing these seemi ngly different forces with one basic force

is explained in detail . The electromagnetic force, which repels

like-charged particles and attracts unlike-charged particles, is

also explained. This dual path mechanism defies explanation in a

three-dimensional Euclidean space. The vehicle for this force is

the photon that indirectly gets its energy from gravitons

impinging on it. This dual path mechanism, when applied to a

particle is the basis for its antiparticle. When both meet, even

with little apparent relative motion, they crash at twice the

speed of light causing the anni hilation of each, and an immense

energy release. Duality, in which particles have both wavelike

and particle-like properties, is described as well. Small

particles can take shortcuts in twelve-dimensional space,

remaining small, and compact, but spread out in Euclidean space.

It will be explained, for example, how a photon or electron can

actually pass through both slits simultaneously in the classic

two-slit experiment. Fermi particles such as electrons, protons,

and neutrons have a propensity for keeping their distance from

each other. Bose particles, such as photons and gravitons, which

transmit the forces of nature, have an affinity for bundling. The

mechanism for each is explained. Atomic structure, including the

root cause of atomic particle spin, is discussed within this

framework.

(the rest you can find at the site at www.gyroverse.com, the

above are just random samplings - p6)

.

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