Next, we are going to talk about three kinds of particles. The
space-time grid is composed of three kinds of particles.
The first is the space-time particles, the second is the charged
particles in space-time, and the third is the particles that make up the
objects in space-time.
(1) Space-time particles
(Picture) This is the space-time landscape
we just showed you.
Look at these small particles one by one.
This is the particle that forms the space-time web. (Formed by space-time particles)
This space-time background is composed of these tiny particles. The
particle itself spins, and the spin of the particle forms an electrical field.
As long as there is a change in potential energy, there will be electricity,
and spin itself is a change in potential energy. It will form an electrical
field. There will be an interaction between the electrical fields. They form
the foundation of a power grid.
I hope everybody can understand this concept. This is one of the
space-time particle networks I explained, and its smallest structural unit is
the space-time particle.
(2) Charged particles in space-time
(Video) This is our simulation of the
activities of charged particles in space-time. Charged particles don't have a
certain direction, and there is no certain direction in which they should go.
They are in space-time activity.
The
charged particles in space-time have their own mass, and there will be
interactions between particles and particles.
(Picture, all the blue lines you see is the
gravitational forces of their interacting with each other.)
These particles will spin themselves, and when they spin, they will
generate an electric field of their own. Other particles will also spin and
form their own electric field. They all have interaction forces with each
other, so we use lines to express this interaction force, and you can see it
more clearly.
Some places on the map are more crowded, which means that the particle
activity in that place is more frequent, and some places are looser, and there
is less particle activity there. But some particles are big and some are small.
(Picture) The mass is large of the big ones and the smaller ones are smaller.
However, it not always likes that. For example, the neutron star we just talked
about, they are small, but their mass is very large. The mass of just a spoon
is equivalent to one Mount Everest. Therefore, we cannot judge the mass in
terms of large or small.
There are countless charged particles in space-time, and the space-time
network will overlap with the grid formed by the activities of charged
particles in space-time. Charged particles in space-time will also interact
with space-time particles. (Picture: Because space-time is multiple, this is a
schematic diagram of the overlapping of space-time network and the charged
particle network in space-time).
(3) Particles that form objects in
space-time.
Everything is made up of the particles that make it up. (Picture) So, do
animals and airplanes interact with each other? Yes! Do butterflies and trees
interact with each other? Yes! Do people and trees? Yes! All things interact
with each other.
It's like this (picture)
So, everyone found, wow! I have
to draw a lot to explain a theory to others, it is really complicated. I have
to draw so many nets, so many particles, and so many things.
I
don't want to paint too much, so I paint just a little. (Picture: Space-Time
power grid)
We
finally use the simplest space-time power grid, but everybody has to know that
the space-time power grid we are talking about has three kinds of particles:
1. The space-time particles
2. The charged particles in space-time
3. Particles that form objects in
space-time
These particles form a space-time power grid, and I use it to
explain my Space-time power grid theory.
……………………………………………………………………………………………………………………………………………..
Are there gravitational waves in the activity of these particles?
It is not only the activities of neutron stars that have
gravitational waves, and it is not only the activities of black holes that have
gravitational waves. The gravitational waves generated by the activities of
particles are not easy to observe, so it requires the motion of large celestial
bodies to be able to observe them. For example, to observe the Higgs boson, a
27 kilometer long LHC would need to be built to accelerate particle collisions
before they can be observed.
(Picture) The particles shown in the
picture have gravitational waves between each other. Do I have gravitational
waves with them? Yes. Are there any gravitational waves between me and you? Yes,
there are. But there is no way to observe this. This activity can only be
observed by a very large celestial body.
But, it doesn't mean that it does not exist because you can't
observe it! Our technology hasn't advanced enough at this time.
So let's go a step further now, we already know gravity, we know
gravitational waves, we know things in space and time.
Every kind of thing is composed of different bonds of particles, and
has its own matter-waves, which is the "natural frequency".
This skeleton model has its own matter- waves, the apple has the
matter-waves of the apple, my pen has its matter-waves, and I also have my
matter-waves.
Next, for matter waves, I hope you can grasp
the following two concepts:
The first:
Look at a cup here. This cup has the matter waves of the cup, right?
I put water in this cup, and the water has matter waves of itself, but which
elements are the matter waves of water composed of? We all know, which are two hydrogens
(H) and one oxygen (O), bonded to form water.
Everything has its own matter-waves, and we must make good use of these
matter-waves.
The second:
The smallest, basic essence in space-time is the particle. These
particles also have their own matter-waves. So will the matter-waves generated
by the particle vibrations that make up these things affect the matter-waves of
the particles moving in space-time and the particles of the space-time network?
The answer is: yes! Those are the frequencies we often talk about. They will
all affect each other.
(Picture) Here, let me explain to you
again. This is the space-time grid. There are some particles moving in space-time.
There is ginseng (medicine) in this place. Does ginseng have the matter-waves
of ginseng? Yes, it does.
There is a person who just needs ginseng, so I have to pass the
effect of this ginseng to that person. What should I do at this time? I just need
to strengthen the matter-waves of this ginseng, because when ginseng vibrates,
the space-time grid vibrates, too.
Think about it in your heart! When you get an electric shock, it's
not just your fingers that get an electric shock; it's going to spread to your
whole body, right?
Therefore, we can use such a network
transmission to transmit the information of ginseng to people. In this case, we
don't need to wear a device.
(to be continued…)