Fish swim in water; birds fly in air, why can't celestial objects float in plasma?

Does symmetry effect gravity?

The emphasis on the interaction and understanding thermodynamic functions of a system becomes indispensable as thermodynamics continually uncovers particles with lesser mass value. When dealing with fundamental particles a hypothetical approach must be applied to emphasize the interaction between particles in modern physics. Such particles can only be observed by their influence on celestial objects, galactic systems and by reasoned pursuit of our senses. Thermodynamics for example, must apply hypotheticals to deal with the measurements of minuscule elements, as our modern technology simply can not deal physically with these non - detectable particles.

What is Symmetry?

One definition of symmetry might be: Preserving a distance of elements at given points in space.

This hypothesis of symmetry has led to deeper understandings of fundamental particles, inspite of absence of physical evidence to the extent of certainty, and by rationality we may present a philosophical foundation for science, as proof by logic and by reasoned pursuit of the senses.

Under closer observation logical postulates should infer that symmetry may exhibit variations between fundamental particles and not be as homogenous as we may have generally believed.

Symmetry infers given a set of points, each fundamental element or particle has its own point in the universe and describes symmetries in the construction of matter, matrixes or force fields.
Gravity here is a term used to identify thermal transfer, a force that exerts contiguous* influence between particles throughout the entire structure or local universe. In order for particles to exhibit (gravitational) influence they must possess matter and in order to be instrumental in the construction of thermal transfer (gravity), must rest adjacent. Sequentially vast quantities of contactual neutral particles are needed to simply fill the volume and implement a route for thermal influence.

This isometric homogenous assemblage of particles (fmp-, fmpn (neutral) and potential rest energy*) can present an illusion of a string theory as some theorists have hypothesized. In reality it is the transfer of thermal information that effectuate these links. Negative fmps are minuscule matter structures with a thermal charge or flavor. Ingeniously they choreograph an isometric, homogenous three-dimensional geometrical lattice and each particle occupying a tiny segment of the "local universe". Synoptically set up in a geometric formation from which they can not diverge.
Each fmp- and fmpn can contiguously impose a CONSTANT and WEAK thermal (gravitational) influence throughout the entire local universe via this dark matter.

Upon closer observation we will find, there are two types of mass in motion.
1 : Independent motion.
To postulate an independent celestial mass with motion does experience drag from dark matter in the local universe. This drag does create a reduction in mass velocity, as stated in the Second Law of Motion. Any accelerating mass as determined by second law of motion would meet with increased resistance from dark matter to any continuing increase in speed. To postulate that mass possesses thermal (gravitational) influence that is hardly hypothetical. What has been missing is the notion of a medium to branch local universal unit motion and drag, which together can describe with immediacy--gravity, inertia, and their identical nature.

2 : Is the most prominent class which include galaxies, stars, planets, these are predominantly static buoyant bodies.
We may likewise assume that buoyant, spinning celestial mass does experience ( minor) drag from dark matter in the local universe, while maintaining a uniform motion. A drag does cause a reduction in orbital progress of the mass, as stated in the First Law of Motion. With little drag the DM and the mass will remain relatively in uniform motion, Both DM and mass moving conjointly as a unit, mass will bifurcate from its orbital path at varying velocities.

With an inherent tendency for fmp in the universe to evolve toward a state of inert uniformity following logic, the 2nd law of thermodynamics at this state is in refute.

As the first law of quantum thermal unit rearrangement states: No two quantum thermal units can share the same point in space.
To thoroughly digest the" quantum thermal unit rearrangement" concept, we should start with a proposition. What is the mechanism to explain this function and extrapolate a quantum thermal unit rearrangement theory? Like sound or water for QTUR propagation, a contactual contiguous fluid like medium to fill the total volume is required. Sequentially vast quantities of quantum units are needed to simply fill this space. Let us posit a novel argument for general behavior and causation of these basic constituents. These varying values of PRE influenced by the 2nd law of thermodynamics eventually form baryon particles and advance to more and more complex matter but do not increase their unit value nor do they increase the volume of the greater universe (1*). These new binding particles simply displace PRE units and resultantly claim that space (2*). These new particles now in possession of thermal transfer, initiate motion by thermal transference but the number and overall volume of the PRE units remains a constant.
What we are witnessing is a local coalescence of binding particles or formation of baryon matter. An increase of quantities of specific units in an expanding* local region only.
Hypothetically we may extrapolate; each one cubic inch of space will contain (+ - *) the equal number of pre unit. Like wise each cubic inch of dark matter, inconsequential as to the type of baryon matter will contain the (+ -) the same number of PRE units.

Dark matter in possession of these essential fundamental interactions (e.g.gravity or thermal transfer) as stated in the second law of thermodynamics will exert limits to regional (e. g. local universe) expansion and contractions by thermal interactions.
To hypothesize that gravity is a transference phenomenon , hence these particles must possess the ability to transmit information contiguously uninterrupted throughout the lattice via the plasma. (Except in PRE* pockets) where near zero transference will occur. Establishing the entire volume of the local universe with a gravitational influence to the periphery.

My hypothetical proposal is that gravity (plasma) is the enthalpy that introduces thermodynamic transference capabilities to the fundamental particles. The fundamental significance of these three basic elements, positive, negative and neutral on their own are quiescent, but! To hypothesize, positive immersed in neutral plasma will configure a positively charged fmp, now in possession of thermal transfer capabilities.

A negative immersed in neutral plasma will configure a negatively charged fmp in possession of thermal transfer capabilities.

Immersing (fmp+and fmp-) in a neutral plasma, a new element is configured that precipitates aspirations to propagate. This significant new element introduced (fmp+fmp-and fmpn) now is in possession of thermal, (gravity) and coalesences capabilities (first baryon particle). The gravitational transference in its essences is a derivation of life. If so these alpha particles are fmp positive, fmp negative, and fmp neutral are three varying flavors.

GRAVITY is a thermodynamic transference requirement of an internal energy system to function.
The administration of the thermal energy is called gravity.

index