[tony_fleming]

pinched a bit of the website to outline the four gravitational domains inside SFT (self-field theory). note that the stated effects cause fields to flow between the 'particles' eg black hole to blackhole. these fields can 'collapse' as the energy density varies throughout space. so this is a bit like annihilation-creation theory seen within particle-physics. this is where the photonic chemistry comes in as the field 'string' between particles changes its type of photonic compound or state; then as the energy density rises again as it leavea deep space and approached the particle it is flowing to, the photonic type changes again, and reverts back to gluons.

note that there's an oscillating sequence running through the energy forms of each domain starting with ATOMS-centres are negative energy.

SOLAR SYSTEM FORCES
Where a complete gravitional effect is required the mathematics is non-linear and quadratic where mass-mass interactions at a solar system level are considered. These masses are long-range dipole-dipole interactions. Here the algebraic process of linearlization involves a 'square root' of the GSFT tensor which is diagonal in structure. Hence the solution of this diagonal tensor is easily determined from linear algebra. centres of energy,stars, are 'white' holes, or centres of 'positive' energy

GALACTIC FORCES

Where the gravitational effect is at the galactic level, the mathematics is again non-linear. But in this case the interactions involve 'three-way' effects between all nuclear matter, quarks, where the fields are the photonic compounds known as gluons. Such 'three-way' interactions are governed by SNSFT. In this case, these nuclear-nuclear forces are long-range 'tripole-tripole' interactions. At this level, the galaxy is balancing all the nuclear matter within it, namely the stars, planets, and all other nuclei within it. One major difference between the nuclear and galactic mathematics is the number of interacting elements. In atomic-nuclear interactions there may be as little as three quarks that interact, whereas there is a very large number of interacting elements wihtin a star or in a galaxy. Hence atomic-nuclei demonstrate the well-known 'quantum' physics, which can also be seen within galactic structures where the number of elements involved must be small, or small perhaps in that only few star-clusters exist within the structure. If inter nuclear forces do exist, then it is probable that the gluon 'strings' that connect the nuclear matter over large distances are converted into lower order photonic matter within the intervening millieu. centres of energy here, black holes, are centres of negative energy

SUPERCLUSTER FORCES

At the supercluster level, the mathematics is once again non-linear but this time quartic. Like all the other gravitational structures, the centre-of-motion fields can transform the mathematics into a linear form for numerically solving these gravitational applications. At this level of interaction we are beyond the type of matter currently known to mainstream science. Above the quarks and their gluon fields, we now find that the 'four-way particles' are probably found within the centres of energy within the supercluster, namely the black holes at the centre of each galaxy within the cluster. The fields are also four-way subphotonic structures only found at extremely high energy densities. The super-cluster balances all 'four-way' matter within it, which must be centres of positive energy.

UNIVERSAL FORCES

Finally at the universal level, the form is non-linear and quintic. Now there a five interacting elements in both the fields and their particles. So there must be an enormous 'black hole'of negative energy near the centre of the universe

Three of these four domains are clearly observable using optical, radio, microwave, and X-ray telescopes. What exists beyond these four is unknown to current mainstream scientific methods. Whether SFT offers any view outside our universe is not currently known.