The right theory of everything may lead us to stable fusion, which can cheaply turn small amounts of lead into smaller amounts of gold, which can then be replicated into large amounts of gold. Who said money doesn't grow on trees? A ToE could tell us how fast future spacecrafts could ever possibly go. A ToE could provide avenues for computation & communication that bypasses the speed of light.

This is a theory of everything. It unifies general relativity with quantum mechanics & defines all the missing matter in the universe. An added bonus is that, unlike any other theory in physics, it fully conceptualizes the 4th dimension.

__Key Terms__

- Quantum observer/entanglement/eraser
- anti/de sitter space
- White hole
- Higgs field/dark matter/gravity waves
- The cosmological constant/dark energy/Hawking radiation
- FRBs & the OMG particle
- The transplanckian problem
- Dark Flow/Cosmic Bruising

This is difficult to put into words so let's start with the idea that the smallest objects we can measure (the subatomic world) is a miniature version of the largest objects we can measure (the CMB & the current observable universe), and then apply special relativity to define time & motion in such miniaturized cosmoses. This kills two birds with one stone; for one, it tells us what's beyond the cosmic event horizon, and two, it tells us what's inside of a subatomic particle.

Let's start with the atom: we have this notion of black hole atoms, now suppose that these micro black holes are crucial in the formation of all atoms in a miniaturized version of our universe (microverse) as well as the atoms that form the basis of matter in a larger universe (superverse), which themselves have greater superverses & lesser microverses, respectively, with infinite regress. This is what we get:

Distortions in spacetime around black hole atoms change location, dips in the fabric of spacetime elliptically orbiting the micro mother black hole (Planck particle, micro cosmic unit) at the center of the atomic nucleus. These orbital dips in spacetime are hot convergence points in waves where particles form around atomic nuclei.

This explains dark flow & cosmic bruising. However, when applied to a microverse, the cosmological constant in accelerated fractional transplanckian spacetime is how radiation propagates through space. Adjacent microverses overlap as they expand, reigniting quark-gluon plasma states, which we observe as particles. I'd look at a photon as a microverse in a hot dense state, or the electron that orbits the micro-SMBH atomic nucleus as a larger micro-plasma sphere with super-micro black holes in it. These little CMBs are gravitational convergence points in subatomic particle waves, which are microverses that are too cool & spread-about to actually see.

Protons or electrons in fact as points where sub-quantum bits in continuous spacetime (such as particle waves) face the greatest compression force (into non-wave particles) within atomic orbits. Apart of what the microverse interpretation entails, is that as space becomes infinitesimal, & time gets contracted nigh-infinitely, matter can assume the exact same forms as it does as space becomes vast & time dilates to a near stand-still (the cosmic event horizon). This is because the ratio between the size of an atom & a galaxy is the same in a microverse as it is in the universe, so time dilation is equitable in exactness & the same forces are experienced by matter on different scales, & the patterns of matter formations become poetically reemergent. The reason we can't see past the cosmic event horizon is because before the CMB, it was slowly converging adjacent universes in a state exactly as ours is now, which would have been outshone by the CMBR that proceeded it.

This microcosmic radiation also explains both the observer effect & quantum entanglement without any spooky action at a distance simply using the the addition of velocities that you'd expect when a photon traveling at c produces a gravity wave that also propagates at c, the two velocities add up. Let's reexamine the double slit experiment with this new approach:

Now let's look at the 3rd type of microverse: Quark-gluon plasma is the absolute densest state matter can take. We see it in the cores of neutron stars, discs of quasars as matter is folded upon itself by compressing spacetime (gravity/mass/dark matter) around macro black holes, & in the cosmic microwave background radiation. Any denser, & matter is just a macro black hole as there's no space between micro black holes. It's composed of micro quasars with micro black holes at their cores, barely held apart by micro expansion. Unlike vacuum radiation & the atomic world, these microverses are non-anthropocentric (no stellar eras). Quark-gluon plasma is the only state of matter composed entirely of microverses that are exclusively the same as itself. Atoms & vacuum radiation will have microverses with atoms, quark-gluon plasma & vacuum radiation within them, quark-gluon plasma is only composed of microverses that are entirely filled with quark-gluon plasma.

The microverse interpretation has two key ideas behind it: One, that a black hole is an anti-de sitter spacetime perpendicular to our de sitter spacetime - so black holes combine as parallel spacetimes colliding in anti-desitter space, or shrink as white holes form in anti-sitter space, omnidirectionally compressing the expansion of said anti-sitter space. This is as black hole mergers in de sitter space giving rise to dark matter, this process would be where all gravity & mass comes from as black holes merge the curtain of spacetime gets pulled deeper inside out into that perpendicular dimension, which continuously contracts more & more surrounding spacetime @ the speed of light. This process even has a deleterious effect on spacetime (quantum eraser). So black holes can combine to be infinitely large, or shrink to become infinitely small, but they neither emerge nor vanish...ever. What leads to dark matter in anti de sitter space is the exact thing that leads to Hawking radiation in de sitter space, which decompresses de sitter space (comprising some of the dark energy, a benefactor of expansion - though not as much as collisions with parallel spacetimes [the merging of white holes in de sitter space]). These are two opposite linear directions in time, time would move laterally from a 4D perspective.

A black hole is a white in anti desitter space (with negative three dimensions). Everything that's contracting in desitter space is expanding in anti desitter space, it's causally asymmetric. So black holes are perpendicular universes that have negative dimensions, so when black holes merge in those perpendicular universes - the direction of expansion inside the inside out dimension of a black hole contracts & the black hole shrinks. That's Hawking radiation for you.

In superspace, these black holes are enormous relative to us, but black holes have no size limit given enough matter is there to feed them. Now mind you, theoretically there isn’t an upper limit to them. You could, if you had godlike powers, collect every single bit of matter in the Universe, cram it into one spot, and have a truly and literally cosmic black hole with a sextillion times the Sun’s mass. More or less.. Indeed, our universe could be the interior of a very enormous black hole itself.

**Edited by Super Polymath, 28 October 2017 - 04:24 AM.**