Why Dark Matter is Really Tacky on Tacky on …..
Why Dark Matter is Really Tacky on Tacky on …..
I will just state as postulate that a mass field [aka 'gravity well'] has reduced space exactly proportional to slowed time which keeps the geometric progress of photonic PWs consistent from all frames of reference with the caveat of redirection.
Black Holes:
By the above postulate a BH [Black Hole] doesn't have an event 'horizon' of any 3D physical extent and is in fact a spatial singularity from a 3D POV where time ceases to make any orderly forward progress.
In 3D space there are 3 dimensions of space, X, Y & Z. If anyone of those dimensions goes to zero that is an infinitely smaller amount of space than where all 3 dimensions have greater than zero values/extents.
So 'infinite' density must be understood from that POV. The event singularity is a dimensional discontinuity.
A BH's event singularity is likely temporally a fuzzy moment oscillating backwards & forwards in time.
What is the progression of time from 1) deepest empty space, where time is going fastest, to 2) the BH's event singularity, where time is essentially stopped, to 3) the interior of the BH…
Time is going backwards or at least correlates with going backwards.
To in any coherent way to go backward in time something must have already gone forward in [a] time [sequence].
Crossing over from the contracted sub-3D space of an inner mass field to what is the logical progression?
2D space. [2D manifold]
It could be some kind of image of the stuff that froze to absolute zero & fell through the event singularity.
It is as if one turned space-time inside out, but the only organized space that can be maintained at all in all that tremendous density is a 2D space
& that level of sequential location ordering [& position variability/ambiguity] is only possible because it is a 2D under surface leaning against positive 3D space-time.
Note: Quantum elements don't seem to have problems with lower dimensionality. Artificial atoms [electron shells] are sometimes made in 2D formations.
The stuff in the BH that was formerly matter may be traveling as an image parallel & adjacent, but backwards to its former trajectories, but at luminal proximate speeds so as to be largely inconsequential to my point.
The universe is stacking plates as the temporal progression.
A BH's interior is not unstacking those plates it is just visiting/referencing those plates in the inverse order in which they were stacked.
Photonic Probability Waves:
We talk & think about photons as if they move in paths through space [& time],
but in reality it is probability waves that expand luminally with all the probabilities on the surface of a growing 3D sphere.
The photon is the terminal collapse event of that probability wave & all (most) of our talk about what photons 'do' & 'paths' they take is very inaccurate.
We attribute 'photons' with infered characteristics, but that's not really correct.
The speed of light is the speed of omnidirectional expansion of a photonic/EM probability wave.
While there is a location point for the PW's [Probability Wave's] origin, the point where we see a photon on our retinas is just a single point on a PW sphere surface that can be 26 billion light-years across, all collapsing there, instantaneously in our eyeball.
So now let's think about what happens when a photonic PW crosses a BH event singularity.
That portion of the [divergent] photonic PW is transformed/inverted into a [convergent] tachyonic Certainty Wave [CW].
Just as probabilities of a PW get condensed towards an external center of mass, inside a BH that condensation continues, probably in some accelerated fashion.
Initially the tachyonic CW (portion) travels through the 2D space closest to the BH event singularity, away from the singularity.
I do believe that the CW portion of the PW-CW does lose energy and accelerate. Photons [photonic PWs] can lose energy when they are split into 2 or more photonic PWs. I will leave the energy loss as an open question for now.
The tachyonic portion of the PW-CW accelerates until the space around it continues to shrink towards a 1D, sub-absolute zero, virtually frictionless linear space.
It traces backwards through its former locations in space, in its immediately adjacent parallel space under the surface of 3D space-time.
It quite possibly accelerates to infinity exactly as it arrives at/next-to its origin position where upon it annihilates.
Annihilation means it collapses the the entire PW-CW & releases a tiny packet of backward time and 1D space. This almost certainly slows time and dimensionally shrinks space which are the two primary characteristics of a mass field.
This is what causes the mass field attributed to the mythical 'Dark Matter'.
The PW-CW is a race between the PW portion & the CW (tachyonic) portion as to which collapses first.
If one considers it, some photonic PWs expand to more than 26 billion light-years without a collapse & the odds of it intersecting a BH seem pretty likely & with superluminal speeds for the tachyonic CW (portion) & a definitive termination point, my guess is a good portion of PW-CWs favor the tachyonic annihilation ['dark matter'] outcome over the observed photon outcome.
This would fit pretty well with the fact that 'dark matter' attributed mass is around 80% of all apparent mass.
Odd thought: Would the night sky be significantly brighter if such a preponderance of PW-CWs weren't consumed as tachyonic outcomes?
Some photonic PWs must intersect more than one BH prior to collapse.
Keep in mind the CW tachyon portion of the wave gets to speed superluminally to its certain termination point. The photonic PWs portions encounter all that tremendous collapse-free empty space.
The reason all this activity creates an orderly concentric gradient of time-dilation & contracted space around the BH is because photonic PWs originating close to the BH have a much higher probability of making the loop from photonic PW through the BH and back as a tachyonic CW collapses.
The proportion of annihilations are densest/richest closest around the BH, but start at slightly removed distance [lightyears] because all of the photonic PWs start at a minimum from the innermost orbiting stars.
The PW-CWs are all looped through the BH, but all the annihilations start at the shortest stellar distances from the BH, where they are densest and roughly becoming less dense further away from the BH.
Hypothetically if a BH suddenly popped into the middle of a cloud of stars it would take some number of years for the DM effect to show up. The inner stars orbits would first demonstrate the gravitational effect & gradually a weaker gravitational effect would migrate outward as further origined photonic PWs made the loop to annihilating CWs.
How is that Tachyons can Travel Superluminally?
Tachyons don't travel anymore than photons travel.
What travels is a superposition wave, namely a probability wave with a possible convergent certainty wave portion of it.
Inside a BH is incredible density.
There actually isn't any 3D space in a BH. There is only space created by pulling, stretching stuff backwards in time, & the space created is at most 2 dimensional.
A convergent tachyonic wave is this little bit of space rippling through tremendous density.
Imagine a row of standing lead dominoes. The tachyon wave is the top of those dominoes knocking into one another. The closer the dominoes are together the faster they fall in sequence & that means that space that is rippling can move faster (as the 'tachyon').
But it's a wave & a contracting wave at that, so imagine 3 dominoes across falling into the next 3 dominoes then eventually 2 dominoe collision sets that eventually become a single line of dominoes falling & getting faster in the process.
Photonic PWs have all that ordered space they have to swim through like baggage dragging, giving them a luminal speed limit.
A tachyonic CW has the tiniest bit of space & that shrinks as it accelerates.
Sound travels faster in dense water than in air.
The speed of transmission of movement in density occupying virtually no differentiated locations can approach infinity. Everywhere is adjacent to everywhere else all in the same dimensionless point.
Orthogonally the geometry makes no sense to us, but it makes the same geometric [non-]sense as quantum entanglement. (so it is no worry to me.)
Now for the ugly consequences of my proposal…
A star radiates light from a certain position. A round trip from photonic PW to tachyonic CW is going to be about the same for any radiation from that position.
That means there will be a trailing mass sphere/divit some number of years behind the star's pathway.
If it takes 10 years for a photonic PW wave to intersect a BH & (guessing) 3 years to return as a tachyonic CW, that means the star's DM mass shadow will be 13 years of its travel distance behind it.
My guess is that the DM shadow will disapate, spread out, but there would be a fairly distinct star/sphere shaped shadow on the leading edge of that trailing location.
One could have matter falling into a star's trailing mass shadow for no apparent reason.
And if that mass shadow crosses a cloud of hydrogen it might help initiate star formation there?
Would that increase the odds that a star might follow a leading star while resting in its trailing mass shadow?
Also if a BH is moving the secondary ('DM') mass field ('shadow') from it will lag behind it, somewhat off its BH of origin.
Blundering in all the darkness, I guess I have put my foot in it now….












