Definition of a particle.

[Epsilon=One]

Definition of a particle.Both particles and light are epiphenomena, surface manifestations of the deeper and abiding realities, quantum fields. These fields fill all of space, and in this sense they are continuous. But the excitations they create, whether we recognize them as particles of matter or particles of light, are discrete.
...........–Frank Wilczek
........................2004 Nobel laureate, physics
........................The Dirac EquationA particle is defined as a spherical turbulence phenomenon, or resonance, that results from complex oscillations of seminal motion that is referred to as Triquametric motion (www.101123.com/TM) (TM). The motion and resonances are contained within a double ellipsoidal "envelope" of an Emergent Ellipsoid (www.101123.com/EEd) (EEd) that is referred to as a Pulsoid (www.101123.com/P).

It is the double ellipsoidal character of a Pulsoid (www.101123.com/P) that accounts for the "half-spin" of fermions (mass Resoloids (www101123.com/Res)).

Photons are particles (Resoloids (www.101123.com/Res)) that have been ejected from a Pulsoid (www.101123.com/P) and are continuously releasing their energy as pulsing waves unlike the internally reflected, energy conservation of fermions.

The spherical, turbulence pulses originate in groups of four (four elliptical quadrants) alternating, rhythmic pulses that are grouped in a manner similar to a tetrahedron (four tightly packed, pulsing spheres) that internally, within the group, reflect all of their energy in a manner such that none of the energy can escape, from or to, any groups of four pulses. Thus, matter is "dark" (transparent) until photons are released.

There are three salient groups of spheroids (Resoloids (www.101123.com/R)) that are resonances of harmony created when the Triquametric motion (www.101123.com/TM) (TM), within a Pulsoid (www.101123.com/P), oscillates as a function of a common denominator, the Conceptual Unit (www.101123.com/CU) (CU), that is heuristically described by the Elliptical Constant (www.101123.com/EC) (EC).

Thus, from this internal containment of energy, mass acquires its most salient properties that manifest as the Pauli Exclusion Principle (www.CQthus.com/PEP) (PEP)and the phenomenon of gravity as described by Relative, Hierarchic Compression (www.101123.com/RHC) (RHC).

There is pure (dimensionless) motion that is referred to as seminal motion (www.101123.com/SM) that is "interrupted" because of its intrinsic geometry. Out of the consequent chaos of said "interrupted" motion there is occasional harmony (because of said intrinsic geometry) that resonates as spinning spheroids. The resonation is ephemeral because it is within a pulsing quantum of said seminal motion that is ephemeral because of said intrinsic geometry, which is referred to as Unimetry (www.101123.com/Uni).Said ephemeral resonation of motion is the birth of mass . . . and most other fundamental manifestations such as the Inverse Square Law, dimensions, a fundamental unit, time, and the fundamental forces of the standard models.

©Copyright 2006-2008 by Brunardot. All rights reserved.
Terms: PhysicsMathForums.com, Brunardot, and Pulsoid Theory must be cited.
Sorry! This Thread has not been completed.
Please Bookmark and return to this site often.

If there is an immediate need for information,
please e-mail directly at the below "Click" link.

Please note that any private correspondence
may be edited and anonymously posted unless
requested otherwise.

Every effort will be made to expedite a reply
with the requested information.Please ask questions. :)With questions it’s possible to know if
comments are logical and convincing;
or whether clarification is required......http://1.g2d.us/e.gifhttp://7.g2d.us/e.jpghttp://2.g2d.us/e.gifhttp://3.g2d.us/e.gifhttp://4.g2d.us/e.gifhttp://5.g2d.us/e.gif
..........http://6.g2d.us/e.gif
..........If images don’t display, "click" the Refresh Icon.

[ste]

Photons are particles (Resoloids) that have been ejected from a Pulsoid and are continuously releasing their energy as pulsing waves unlike the internally reflected, energy conservation of fermions.
What causes a Resoloid to be ejected from a pulsoid? What determines if the energy in a pulsoid is internally reflected or ejected as a Resoloid? If Resoloids are one type of particle, what are some other types?

Where do the pulses on these four spheres emanate from and to?

There are three salient groups of spheroids (Resoloids) that are resonances of harmony created when the Triquametric motion, within a Pulsoid, oscillates as a function of a common denominator, the Conceptual Unit, that is heuristically described by the Elliptical Constant.
What are these three groups? Why three?

[Epsilon=One]

What causes a Resoloid to be ejected from a pulsoid?Critical Compression (www.CQthus.com/PT/CrC) in quasars and gamma-ray bursts; or anything else that increases the energy within the particle. The sun emits photons because of compression; a light bulb because of the “heat” from resistance; etc.

What determines if the energy in a pulsoid is internally reflected or ejected as a Resoloid?The original evolved state is as “dark” matter (www.CQthus.com/PT/DM) where all energy is internally contained in a balanced, complex, oscillating harmony (reflection between internal speroidal components).

If Resoloids are one type of particle, what are some other types?[/QUOTES}All subatomic particles are Resoloids (www.Resoloid.com). They only vary by the energy they contain, which is a function of their diameter/compression, speed of angular momentum determined by time, etc.

[QUOTE=ste]Where do the pulses on these four spheres emanate from and to?There are many more than four spheroids within a Pulsoid (www.CQthus.com/PT/P) (16 major ones before trauma); they all pulse hyper-relativistically between the dualities of Infinity (www.CQthus.com/PT/I).

What are these three groups? Why three?After trauma has ejected one group of four as photons, an electron, and neutrinos; the other three groups are referred to conventionally as the neutron (2) and the proton (1).