MAIN THEORY: The same way no observed thing moves faster than light, regardless of your inertial frame (you could be moving toward or away from light but it still looks the same constant speed relative to you), no observed particle is ever more than 1.0-planck particles, and gradually between not observing and observing it varies between 0.0+planck particles and 1.0-planck particles the same way speed varies between 0.0+planck and 1.0-planck times the speed of light. This applies equally to mass, energy, and wavefunction-collapse from different angles and is subject to Heisenberg Uncertainty at all extremes.

* Mass's relativity limit gets infinitely difficult toward space, since it takes infinite energy to move mass as fast as light. We thought mass could go the speed-of-light, but instead we got Hawking Radiation and turbulence on the event-horizon of black-holes, and on top of that all black holes must evaporate and/or explode before any of the particles get to the event-horizon which happens from our point of view at the end of time.

* Energy's relativity limit gets infinitely difficult toward time, since it takes infinite energy to slow light to a halt. At a large cost of creating fields for the light to move through, we slowed down light and put it in a container, but we couldn't prove it was completely stopped because of Heisenberg Uncertainty.

* Wavefunction-collapse's relativity limit gets infinitely difficult toward becoming exactly 1.0 particles, which we call observing. We observed a wave collapse into exactly 1.0 particles, but we couldn't prove its exactly 1.0 particles because of Heisenberg Uncertainty and not knowing if it was in superposition just after we approximately observed it.

In all of these things, science has come very close, and in all such cases, the failure was categorized as Heisenberg Uncertainty.
END MAIN THEORY.

SECOND MOST IMPORTANT THEORY: Heisenberg Uncertainty becomes less uncertain as you view the same wavefunction from many angles at once, as a purely wave based model which denies the existence of quanta and explains the appearance of quanta as a generalization of special relativity. Regardless of your inertial frame, all light appears constant speed and all particles appear to be quanta.

FACT: Escape-velocity at the event-horizon of a black hole is the speed-of-light.

FACT: Density is maximized at the event-horizon of a black hole.

FACT: The smallest possible black hole is "planck mass" and all particles/waves can be modeled as black-holes that way, as recent experiments have created small black-holes that evaporate within a tiny fraction of a second. Of course these are not dangerous.

FACT: An outside observer sees anything falling into a black-hole slow down as it nears the event-horizon and never fall in.

FACT: The speed of observed light is also the maximum speed of observed mass and all other known observed particle/wave types and is constant.

FACT: The speed of unobserved light and other unobserved parts of the world has already been proven to affect eachother extremely faster than light, which we call quantum entanglement.

FACT: The billions of lightyears of universe we've seen so far is 1 big quantum wavefunction. Everything is connected to everything else.

FACT: The only way to observe a particle/wave is to throw a black-hole near it, which is proven by the fact that "all particles/waves can be modeled as black-holes".

FACT: Throwing a black-hole near something causes it to be time-dilated slower as viewed from an outside observer.

FACT: Double-slit experiment is when you throw a black-hole through 2 slits simultaneously and it wave-interferes with itself, as proven by "all particles/waves can be modeled as black-holes".

FACT: Wavefunction-collapse is what we call multiple superpositioned black-holes becoming individual black-hole(s), as proven by "all particles/waves can be modeled as black-holes", which are merged into a single quantum-wavefunction which we call our shared reality, but we are only certain of this to the point of Heisenberg Uncertainty.

(In other words, to proceed with us into our future, the 2 waves must start to agree with eachother enough that all disagreements are small, since we can't have contradictions build on top of other contradictions, because that is an exponential acceleration toward heat-death.)

FACT: Gravity-waves are what we call multiple large black-holes becoming 1 bigger black-hole.

FACT: Quantum-superpositioned black-holes do not affect our light-cone from positions they cancel-out their own wave, which we call the dark parts of the back wall (and other cancelled-out parts of the wave in the space between) on double-slit experiments.

FACT: Gravity-waves do not affect our light-cone until they reach us at the speed-of-light.

THEORY: Quantum-superpositioned black-holes do not affect our light-cone until the closest part of their wavefunction reaches us at the speed-of-light.

THEORY: There is no difference between gravity-waves and quantum-superposition-waves.

THEORY: Special-relativity applies equally to particles/waves/black-holes accelerating up to the speed-of-light in space and particles/waves/black-holes accelerating up to wavefunction-collapse in infinitely-manyworlds-multiverse-space, in the context of our path through multiverse possibilities being another kind of space.

THEORY: Heisenberg-uncertainty is a superposition of the "planck mass" view of all particles/waves/black-holes.

FACT: M-Theory is whats common between 5 different String-Theories which were found to say the same thing in 5 different ways, each having parts of the puzzle, with enough overlap to put it together.

THEORY: All particle/boson/fermion/force types in the Standard Model of physics, and all the specific dimensions and behaviors of physics described by M-Theory, are the local laws-of-physics, where each observed particle/wave/black-hole of each type (like observing an electron or graviton) are a superposition of the parts of physics which define that type (like a physical object which all electrons are a superposition of) as a particle/wave/black-hole of large mass located in infinitely-manyworlds-multiverse-space, and the mass of that particle/wave/black-hole representing the type is exactly equal to the mass of all examples of that type as its superposition, so in general the superposition and collapsed form of x are both simultaneously x and not 2 different things.

FACT: In Delayed Choice Quantum Eraser experiments, part of the experiment which happens in the future appears to affect part of the experiment in the present.

THEORY: The reason that "in Delayed Choice Quantum Eraser experiments, part of the experiment which happens in the future appears to affect part of the experiment in the present", is that "in general the superposition and collapsed form of x are both simultaneously x and not 2 different things", specificly the collapsed form in the present and superpositioned form in the future are identical.

THEORY: Conditional on in general "the collapsed form in the present and superpositioned form in the future are identical" being true, the theory that time is a good model of how the world works at quantum sizes would be disproven, and time would only be an approximation of how the world works on a larger scale.

FACT: M-Theory predicts gravitons are what carries the force of gravity, and gravitons are closed manifolds.

THEORY: In the context of this purely wave based model of the universe which denies the existence of quanta (its just another form of relativity), all closed manifolds are only approximately closed due to Heisenberg Uncertainty and are subject to heat-death like everything else, and closed manifolds implement gravity in infinitely-manyworlds-multiverse-space because they are the only kind of structure that can survive moving through the variety of parts-of-wavefunctions which represent the variety of different kinds of things which gravity attracts together, and they both attract and repel depending on wave-interference of resonance between all things involved. Galaxies accelerate away from us, while closer things attract eachother, as a simple example of equal and opposite force in timeless whole-universe thermodynamics. It all has to cancel-out to zero.

THEORY: Because "Nonexistence is isomorphic to the set of all self-consistent possibilities", which is my philosophy of the universe overall, all forms of relativity are caused by thermodynamics being equally spread in the set of all possible wavefunctions, therefore regardless of your inertial frame, light speed and quanta are always 1.0 (times the speed of light or number of observed particles at a time), so all of physics is formed from the simpler properties of math we call thermodynamics and quantum-entanglement of waves in general. Space, time, mass, energy, particles, the Standard Model, M-Theory, and all other specific observations of our local laws of physics, are an example of what can happen when special-relativity happens recursively and in many combinations in an infinite space of quantum chaos that forms into the patterns we call reality. All forms of special-relativity are purely a result of timeless thermodynamics in infinitely-manyworlds-multiverse-space.

FACT: The Casimir Effect is the physical force on 2 very close parallel metal plates as absorbed from "virtual particles".

THEORY: The Casimir Effect has only been observed to receive physical force from "virtual particles", similar to the metal plates acting as a radio, but it can also be used to transmit signals into these "virtual particle" waves if a bigger variety of inputs to the metal plates are considered, not just electricity or motion. What if we tried many combinations of our newest quantum technology, and new technology later, to oscillate the relativistic mass, time-dilation, quantum phase, particle types, superposition, and oscillate other properties of physics in the parallel metal plates? Would it broadcast in a variety of ways into the "virtual particle" part of this wavefunction we call reality? Would it be a multiverse radio, in the space of "infinitely-manyworlds-multiverse-space" (as I explained above)?

THEORY: Conditional on the Casimir-Effect-based "multiverse radio" working as a simultaneous high-dimensional (1 dimension for each property of physics you're oscillating), very spread out grids of such radios could be used for more accuracy, the same way a few telescopes can be used simultaneously to get some of the accuracy of one telescope the size of the distance between its parts.

THEORY: Conditional on using grids of such "multiverse radios", in a many-dimensional way, you could put them in an approximate closed manifold (like a sphere or klein-bottle or peterson-graph shape, depending on how you want to align to light-cones) shape in space, and gradually form the near space into a large closed manifold (which you may call a graviton, but more generally than M-Theory's kind of gravitons), and that bubble of space would be a timeless solution to "Einsteins Field Equations" and able to travel through infinitely-manyworlds-multiverse-space (which includes space, time, and other laws of physics continuously) safely. In theory, this is how you would build a warp drive, time machine, and multiverse ship, all in the same ship. This ship would take very little energy because the grid of "multiverse radios" is a closed manifold, so it gets to slide through the multiverse as easily as gravitons. Do gravitons even need a power source?

THEORY ABOUT WHY THIS IS SAFE: Conditional on the "multiverse ship" (which travels through space, time, and other laws of physics using very little energy, like gravitons do) working, the danger of such experiments is mostly in the local area of the ship, which may change the laws of physics and vaporize the galaxy into hawking radiation, while outside observers would see it disappear and experience waves, as if a drop of water had left a mostly still pond. The laws of physics would only change for those who navigate on continuous paths into parts of infinitely-manyworlds-multiverse-space with different physics. They and we would be a superposition of our shared history, but remember that "in general the superposition and collapsed form of x are both simultaneously x and not 2 different things".

To summarize all of this, all inertial frames see waves as quanta, all parts of reality we know of formed from timeless thermodynamics and quantum entanglement between waves in general, and we should redefine the idea of light-cone to include the local laws-of-physics.

THEORY: The Higgs Boson is all black-holes, and all particles/waves are black-holes. It is mass itself, not the part of physics which gives other parts of physics mass. This timeless infinitely-manyworlds-multiverse-space we call reality is 1 big wave which cancels-out to zero. The amplitude of that wave is its mass, and since we're always inside it, we see that amplitude as 1.0 quanta, the number of realities which exist. You did not find the Higgs Boson in the CERN supercollider as expected because you refused to consider a timeless fractal universe where all particles/waves are black-holes and are inside and superpositioned outside and mixed many ways with eachother. To the question of "Does the Higgs Boson exist?", I must answer nonsequitur... The Higgs Boson is the universe itself, and the universe cancels-out to zero while its individual parts exist. The Higgs Boson is therefore the only particle which exists in superposition but not collapsed form (which is what I meant by "Nonexistence is isomorphic to the set of all self-consistent possibilities"), therefore tips the scale of infinite balance into all possibilities of chaos (which together still cancel-out to zero) which we call Heisenberg Uncertainty. Therefore, if you observed every particle in the universe except 1, Heisenberg Uncertainty would be absolutely forced to certainly tell you it is exactly the remaining possibility. That is the power of the Higgs Boson, also known as the universe. Scientists probably meant Higgs Boson in a more specific way about M-Theory, but this is the closest I can translate to a purely wave-based model.

THEORY: The 2 most basic particle types are Higgs Boson (generalizes to the whole universe, a mobius-like paradox because "Nonexistence is isomorphic to the set of all self-consistent possibilities.") and graviton (generalizes to any closed manifold). Higgs Boson is to Graviton as Klein Bottle is to Sphere or Donut, and there are an infinite and continuous variety of higher dimensional combinations, which together cancel-out to zero. A Klein Bottle is a circle on one dimension and a mobius on the other dimension. What do you get when you go at other angles and use many of them together? Irrational manifolds, something we're just getting started thinking about, like using an infinitely thin version of http://en.wikipedia.org/wiki/Irrational_winding_of_a_torus instead of a mobius to create the Klein Bottle, but we don't need to get into that level of complexity to understand the most basic ways to use the Higgs Boson. But I would like somebody to verify the the proof of the Poincare Conjecture (1 of 7 millenium problems, million dollar prize each) also covers all possibilities of irrational manifolds, if any such manifolds apply. The "multiverse ship" described in theories above uses Higgs Boson to form a local area of space into Graviton.