5. Unifying the physics of the very small and the very large in a theory of everything (no paywall)

Physics Breakthrough in Ghosts, UFOs, Ultraterrestrial Technology, and Interdimensional Worlds (5 of 14)

Roland Michel Tremblay

7 min readSep 20, 2023

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5. Unifying the physics of the very small and the very large in a theory of everything

There are four fundamental forces in nature.

They are gravity, the strong and weak nuclear forces of the atom, and electromagnetism.

Identifying a single unifying principle, which can explain them all, is the holy grail of physics. This is what has been called, a theory of everything.

And here is what that single unifying principle is: the expansion and contraction of matter.

And as we shall see, it truly explains everything, including paranormal and unexplained phenomena.

But on top of explaining the four main forces of nature, a theory of everything should also unite the physics of the very small, called particle physics, with the physics of the very large, called astrophysics.

So, can Atomic Expansion Theory do that as well?

No one has ever had a good look, at what molecules, atoms, electrons and neutrinos, really look like.

Because they are too small, even for our most powerful electronic microscopes.

Consequently, it is possible that the smallest particles in existence — the neutrinos — are exactly the same as suns, planets and moons.

We can call them super-neutrinos for suns, neutrinos for planets, sub-neutrinos for moons, and sub-sub-neutrinos for anything smaller, such as asteroids and comets.

In turn, this would make electrons, exactly like solar systems.

While atoms would be galaxies, forming cosmic molecules, at a larger scale.

And just like that, we have united the physics, of both the very small and the very large.

From there on, as long as it is practical, any equation or calculation, should work no matter the scale, since these sets of particles and astronomical objects, are identical and operate the very same way.

To find out what is going on at one scale, where from our perspective, everything is moving, either very slowly or very fast, we only have to observe the other scale.

And although, the neutrinos are the smallest particles in our very small, it is likely that they are composed of a set of particles — such as molecules, atoms, electrons and neutrinos — from an even smaller scale of reality.

The reason is, no matter the scale we are looking at, it must be the same thing.

A planet is made up of particles, from a smaller scale of reality. How could a neutrino be any different, within its own scale?

Nothing would work from the point of view of physics, if the smaller scale was not identical in every way, to the larger scale, following the same mechanics and laws of physics.

This suggests a universe resembling fractals, where sets of particles, shape up into a larger version of themselves, which also shape up into a larger version of themselves, possibly to infinity, while continually expanding.

This sounds quite alarming. Just like the infinite expansion of everything behind the scenes, where according to Atomic Expansion Theory, everything doubles in size every 19 minutes.

However, there are several reasons to believe that nothing truly occupies any space, and even, that there is no real space to begin with. More about this in the next sections.

The only fundamental particle in existence, is the neutrino, since electrons are made of orbiting neutrinos, while atoms are made of orbiting electrons.

Just like moons, planets and suns, are the only fundamental objects in the night sky, since solar systems are made of orbiting moons, planets and suns, while galaxies are made of orbiting solar systems.

We can now see that, neutrons and protons within the atom, at a higher scale, would be a specific number of solar systems bonded together, by planets orbiting between them.

These planets would be orbiting very far from the nucleus of these solar systems, the nucleus being, for example, our eight known planets and our Sun.

Thus, we have many more rogue planets to find, which must be orbiting between our solar system and its neighbours, without ever coming near our eight planets.

The weak nuclear force, would be when the neutron, being an unstable particle by nature, simply decays into a more stable structure, such as a proton, electrons, and clouds of neutrinos, which go on to produce radiation.

At the higher scale, it would be an unstable structure, of interconnected solar systems, letting go of a few solar systems, and of a few suns and planets, to become a more stable structure, similar to a proton.

And these few solar systems, and individual suns and planets, perhaps through collisions or explosions, must somehow be expelled forcefully, outside the galaxy, in order to become radiation, at a larger scale.

As for the strong nuclear force — meant to explain why the particles, are not flying out of the nucleus of the atom — we just need to look at galaxies.

We don’t wonder why, interconnected solar systems, are not flying out of the galaxies, since we can see, that they are simply orbiting the galactic centre.

Solar systems within galaxies, are pushing against each other, in their inner expansion. How?

By remaining interconnected, by orbiting planets between them, keeping them all at a distance, from each other.

All the orbits of the solar systems within galaxies, are constantly enlarging, compensating for the expansion, of these solar systems.

This is causing the overall galaxies to expand at a constant rate, although we cannot see this expansion.

Hence, there never was any need, for a strong nuclear force within the atom, when the particles are simply pushing against each other, in their inner expansion.

Galaxies, like atoms, are linked together by solar systems orbiting between them, far from their nucleus, the nucleus being the entire visible galaxy.

It should be easier, to find rogue solar systems in the night sky, orbiting between galaxies, without ever coming near the visible galaxies themselves, than it would be to find rogue planets, orbiting between solar systems.

Solar systems emit light, while planets only reflect it. And at these distances from the suns, the rogue planets might not reflect much light.

As mentioned earlier, all electrons are made of orbiting neutrinos, which orbit within and between the electrons.

The exchange of neutrinos between the electrons, can attract or repel other particles, and can keep the electrons together, to form larger particles, such as clusters within heat and light, or neutron and protons within atoms.

This is just like atoms, which are made of electrons, orbiting within and between the atoms, attracting or repelling other atoms, to form different molecules.

As for electromagnetism, they are clouds of different densities of growing and shrinking electrons, which grow and shrink, due to the changing speed of the neutrinos, and the changing size of the orbits of these neutrinos.

These clouds of electrons interact with each other, balance each other out, and equalise in size when in contact, which results in either an attracting or a repelling force, or neutrality when the clouds fizzle out.

And here is the important part.

When the electrons within the clouds grow, they push back. When they shrink, they attract. If the electrons dissipate in all directions, then they become neutral.

These attracting and repelling forces, correspond to the positive and negative charges.

This is all the result of the natural motion of particles and objects, due to the geometry of expansion, which attempts to fill all the space available, while balancing everything out.

Just like it is for the orbits, discussed earlier.

And it all depends on the speed, the size, the orbits’ size, and the number of smaller particles, orbiting within and between, the larger particles or objects.

We cannot have charges, or attracting and repelling forces in electromagnetism, without smaller particles, orbiting between larger ones.

They are the ones attracting or pushing back everything around.

Which is why the electrons, which are known to have a charge, must be composed of smaller orbiting particles, such as neutrinos.

And suddenly, electrons are just like solar systems.

Neutrinos and neutrons are neutral, because they don’t have smaller orbiting particles, being exchanged between them or other particles.

Just like planets, as far as we know at this time, don’t exchange moons between them, hence they cannot attract or repel anything.

However, planets orbiting between solar systems, is how solar systems can bond together, attract or repel each other, and that the distance between these solar systems, can grow or shrink.

It depends on the speed, and consequently the size of the orbital rings, of the planets.

Adding more planets to a system, will accelerate everything within that system, and enlarge all the orbits.

And it is precisely the same, with neutrinos and electrons.

This also explains why neutrons within the atom, are not very stable and easily decay.

Because when it becomes crowded, like it is in some heavy elements of the periodic table, neutrons have no way of repelling other particles.

Armed with this new theory of everything, and this new knowledge of particle physics, we can now attack the greater questions, that our actual science, could never have answered.

Like, what are interdimensional worlds?

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