Updated 06/13/2025
The set of planets and their moons form atoms, and the sun could be the neutron.
Each planet draws its charge of protons, and the moons change its charge from positive to negative, and the more moons there are, the more protons it has.
When the solar system absorbs matter, life digests it and accelerates or slows down the planets’ speed.
When the speed decreases, the sun heats less, and when the speed of the planets increases, the sun produces storms due to the heating of its neutrons, and the sun heats more.
When the speed of the planets increases, it can be negative for physical performance.
Changes in life’s speed when a person is faster can cause stress to a slower person and can create hallucinations. For example, losing sight of a fly. The fly would tell you that you’re slower. A fly or a stopwatch during exercise can tell you that, and for you, the day is shorter than the fly’s.
Flies hide much more when they’re young, and because of this, they’re more visible as adults. Spiders take advantage of this movement from juvenile to adult to advance and make webs.
The slowing down of the planets caused by the cooling of the sun could cause or reveal the nebula in the solar system.
Could Jupiter be the leukocyte planet that absorbs the largest asteroids in the solar system? Given its gaseous properties and core, it most likely is, and it could be the creation of a planet. Or it could eliminate the remains of asteroids absorbed into space, like minerals or particles, in the form of phagocytosis, which would serve the planets for their growth and return Jupiter to its former state.
This Jupiter effect, which eliminates asteroid particles into space, could color parts of the nebula, and that nebula could acquire characteristics or properties, eventually ending up back in Jupiter, which would give the planet more shape. This effect could be caused by that planet’s moons.
Another thing that can happen, for example, in the Capella system, is having a very water-laden or powerful nebula in your system that can produce an extremely low temperature throughout your system and that caused the creation of stars in its orbit to be viable with formulas for life.
Images of Capella taken with my telescope.
It could be that, in the orbit of these stars around Capella, comets form as they pass by, and they could end up on their planets, if they have any. This could be the end of these stars orbiting Capella, and they could be a source of life-giving energy in the darkness and cold.
It could also be that these stars orbiting Capella are composed of water and neutrons, and the absorption of mass or particles could give rise to planets as if they were made of clay, giving rise to their round shape. This is why planets and their moons are round.
Knowing this, it could be that on planets with moons, water is more stable for life, but extreme temperatures due to being close or far from the star prevent them from forming moons.
If they gave rise to planets, these orbiting stars would have to release the water into space once it had adsorbed minerals and formed their moon or moons, provided they had a suitable temperature.
If this is true, it could be said that the Earth collects water in the auroras with the cold and heat effect of the sun and Halley’s Comet, otherwise it would perhaps solidify in millions of years.
Another theory is that the Earth may have been a moon at first, then gradually lost its orbit until it became a planet. For example, Capella stars would create moons, and then these would lose their orbits and form the planet in an orbit where water is more stable.
Another thing is about Jupiter or the planet Leukocyte or with properties of leukocyte chromosomes. This planet could have been responsible for the formation of the two asteroid rings in the solar system. This planet could have the ability to absorb gaseous substances that have properties or characteristics of fats. These fats stick together mineral particles and could package life to reemerge when these asteroids from the first asteroid ring, the one closest to the sun, dissolve into the planets Mars, Venus, and Mercury.
These asteroids are stored in neutral charge in the rings, and when life on Earth absorbs carbohydrates, they transform them into fats. When absorbed by the nervous system, these asteroids from the first asteroid ring closest to the sun gain charge and attraction and gain speed. While exercising, for example, the asteroid’s fats dissolve, and the asteroid releases its particles into the ring’s orbit, toward the sun, collecting these planets: Mars, Venus, Earth, and Mercury. The asteroid’s orbit is like that of Halley’s Comet, but it’s difficult to see because it’s moving at such high speed. However, due to life’s circumstances, and for example, the simple reason of less exercise, these asteroids lose speed and can end up in the ring again, with a neutral charge, but more dissolved. This dust they release makes planets grow, and we could discover new species or a new virus.
When these asteroids and their dust end up in the atmosphere, antibody levels rise in the blood, and physical performance can be reduced by 30%. The more atmospheric dust from asteroids, the lower the physical performance and the greater the aging, even the loss of mobility. This may be caused by viruses that could be released from that asteroid dust, and when they infect us, they modify chromosomes to increase the protein level in cells, and this protein may be the source of attraction to asteroids. The more protein or the potent the protein, the greater the asteroid charge and attraction, the greater the atmospheric dust, the more antibodies in the blood that block cells, and the stronger the Earth’s gravity. To solve this, the chromosomal DNA makes twists in its chromosomal DNA, which causes the liver to eliminate antibodies. If these twists occur, it causes more defecation, and the blood, cells, and atmosphere absorb more oxygen, because there is less dust and fewer antibodies blocking the holes in chromosomes through which cells breathe. Once the atmospheric dust and antibodies in the blood are eliminated, these spinning DNA sequences in chromosomes are eliminated, shortening the DNA, but by taking in oxygen through the chromosome holes, a lot of gravity is lost or a lot of strength is gained, and physical performance improves.
Sometimes, even when physical performance is good or professional, it can no longer be improved, but aging can be delayed for the following reason. Removing dust from the atmosphere or releasing antibodies produces a lot of cellular light and atmospheric light, and this light is lost by cells and the atmosphere and ends up in space and is absorbed by black holes. When physical performance is optimal and professional, the body still has antibodies that clog cells and prevent the heart rate from reaching high rates during exercise. If these antibodies are lost abruptly, the body can suffer from thrombosis, especially in young people, due to the loss of matter from Earth into space. These lost antibodies do not improve physical condition, but they do prepare you for the following year, when the Earth gains gravity due to the asteroids that are absorbed. These antibodies are lost in CO2 because matter from space oxidizes.
Another thing that can happen in these sudden changes in physics is that the asteroid rings are highly loaded with asteroids and with a lot of neutral charge and the defenses could lower or Jupiter or the defenses produce fewer asteroids or antibodies, being necessary protein or virus, which produce the absorption of asteroids from the asteroid rings in exercises to alleviate their load, but if the Earth is highly loaded with antibodies or dust, it will consume much more oxygen to oxidize the minerals and it could be noticed as muscular load, from exercising.
Thrombosis is caused by oxidized neurotransmitters, which occur when there is little oxygen in the blood. When too much of these oxidized neurotransmitters accumulate in the blood, they can enter neurons and the proteins expel them with great force, which can cause injury to the neurons.
The speed of the neurotransmitter through the nervous system could be compared to the speed of the asteroid in its orbit when it decays.
Neurotransmitter particles are the tiniest particles in the body. Oxygen travels in the nervous system at a neutral charge due to fats and ends up oxidized in the muscles, where it is expelled by proteins. The neurotransmitter goes from a neutral charge to a positive charge. Neutrons are oxidized and become protons, which associate with oxygen. After this, this oxygen or neurotransmitter leaves the body and traps particles by their charge, such as carbon or minerals. This positive charge serves to bind the dust to the ground.
Another important aspect is that reducing hormones by chromosome sequence or their potency can alleviate the oxidation burden of the neurotransmitter, causing fewer particles to stick. The combination of hormones can also reduce bacteria because with hormones, leukocytes change their focus of attraction, and reducing bacteria could lower the number of leukocytes, which would cause asteroid rings to grow.
Neurotransmitters have charges of protons, neutrons, and electrons and are related to the components of the solar system, such as planets, and the number of chromosomes and hormones are similar. A species of bacteria or combinations of bacteria can create a disorder in the mineral substances of the antibody and in the hormones, favoring certain oxidations of the electrical charges of the neurotransmitters. For example, one number of protons or electrons, depending on the species, is oxidized more strongly than the other, and this electron or proton can favor one planet or the other.
In this video below, Mars, one could imagine this if one saw it. The movement of neurotransmitters from certain chromosomes and their charges, or their electrical charges, forming clouds on Mars or nebula clouds that could end up on Mars, divided the antibody. But it could be that, if the ships contaminated the planet with cells for water clouds to form, it would have to occur in both genders: male and female, or plant cells, which is where the carbohydrate for the neurotransmitter comes from.
Video with various focus options.
Conquering Mars or being able to live on Mars could give rise to a new planet, because we would adapt all the chromosomes to Mars and we would need specialized planets in particular for certain chromosomes.
Adapting Mars to all chromosomes could cause it to grow rapidly to match Earth’s, taking on mineral remains or more mineral components similar or identical to Earth’s, and gaseous components to form water in eruptions.
In this other video of Mars taken the day after the previous video and with a different focus, you can see the attraction of clouds of space dust with gaseous and mineral components.
It could also be that Mars is growing faster due to the improvement of chromosomes that were lost during aging and then recovered.
If germs were found on Mars, they could contain viruses, which could end up on Earth and infect a sperm-egg clone. This could generate more chromosomes, which could result in Down syndrome. Certain chromosomes require another planet due to the loss of Mars when the planet grows, due to the origin of life and its near-adaptability to humans. The loss of Mars and the growth of a new planet could improve the Down syndrome population.
It could also be that when chromosome affinity is lost, the new planet could lead to the formation of a moon on Mars.
Another thing that could happen is that Mars’ two moons, and one in particular, are getting closer to the planet Mars every year and could fall, and this could be due to aging and loss of chromosomes or a decline in the population of microorganisms on Mars.
Animals, unlike humans and some species, have many more chromosomes than humans—and it could be said that dinosaurs might have a higher number than us, but it’s unknown. A higher number of chromosomes consumes more calories, more oxygen, and gives more strength.
If this theory is true, it could be that a virus is trying to deprive us of planets, causing the enrichment of certain planets or chromosomes, increasing the DNA sequences of chromosomes and reducing the chromosomes of other aging planets, due to cellular capacity. Depriving us of planets could lead to a more difficult habitation of the planets and their chromosomes we lost, which could serve to protect certain types of life.
Another thing that could happen is that leukocytes package viruses in minerals or antibodies, and these packages could end up in space rather than on the planet, because they would be buried for an incalculable amount of time than the formation of an asteroid. These packages of leukocytes with viruses would end up in space and form asteroids, which could be absorbed in less time than if they were buried on Earth. This could also happen with water comets; for example, influenza may be more closely related to comets, but unlike other viruses, influenza is not buried in minerals, but rather in water, and influenza is more easily released from its burial, infecting us more often than viruses buried in minerals or antibodies. It could also be said that the balance between chromosomes with comet viruses and asteroid viruses could better regulate Earth’s temperature, oxygen levels, and physical performance.
Volcanoes may be used to release viruses buried millions of years ago, and sometimes it may take less time than a cargo of asteroids.
The origin of life could be a virus, a bacteria, and an insect, and a virus, equal to another larger animal, which viruses build up in each species that grows. It could be the planet Venus, which is releasing viruses with its volcanic activity, which could lead to life, according to this theory.
Another thing seen on Mars is that they lost their poles around this time to form clouds, which is why the white poles are not seen in the video images. (Videos from the same date as this article) This could cause microorganisms to emerge from hibernation, and these could contain viruses that attract water comets to the planet and give rise to larger bacteria that could be infected by viruses from the polar ice caps.
This is a warming effect of the planet Mars, which these days could be caused by the solar storm. This could be due to the planets moving away from the sun, due to the increase in sunlight caused by Martian life. For example, when the polar ice caps emerge from hibernation, the planets could move away from the sun. This could have a domino effect on the planets of the solar system. In the case of Venus, when it reaches the orbit that Earth had, Venus could have the most advanced life. After Mars acquires comets or water, it could cool and the poles or polar ice caps could appear again.
Another thing that could happen is that when the planets Mercury, Venus, Earth, and Mars separate from the sun. For example, when Venus has the orbit of Earth, it could acquire a moon, and dinosaur life could emerge, similar to the size of Venus and the moon, similar to the Earth millions of years ago. When Earth reaches the orbit of Mars, it could have two moons.
When Martian microorganisms experience light and heat activity, it could be a good sign for their reproduction or the reproduction of microorganisms into more species or variants. These microorganisms can accelerate the growth process of the planet and its moons.
Another important point is that when planets move away from the sun, brain activity increases and time increases, which can cause stress in young people and physical improvements in older people with limited mobility.
Could the Earth’s moon be the Holy Spirit, which collects the ashes of life on Earth and will bear fruit or become a planet, when the Earth accelerates like Venus and enters a volcanic phase, due to rotating with a larger and faster sun and the loss of orbit, of the Moon, towards a new planet, which will also affect the acceleration of the Earth?
Could it be that dinosaurs re-emerge on Mars and we come from Mercury and Venus outside of the dinosaurs first and Earth will be their ashes or moon?
Could reproduction on Earth push back the ashes of the moon?
Another thing that can happen is the formation of planets, or planets that are very young in the solar system, even younger than moons or moons, that did not develop well and ended up as planets. However, their deformations, which are not perfect spheres, can create atomic differences at their poles, which create gender differences in chromosomes. While the planet does not develop for many years, absorbing dust that will give it a more rounded shape and gender balance. In this case, as with the planet Haumea, it can create differences in chromosomes. In the animal kingdom, such as insects, they can have a queen as a female, who lays eggs, for example. This could also be related to their evolution over time. When the planet becomes a perfect or almost perfect sphere, some insects could lose the differences in their sex number. Or, in the case of humans, it could have an influence on transvestites or people with Down syndrome.
Could dust and water be related to the development of planets for food bribery in the creation of planets to find food?
Could it be that the planet Haumea dissolves and is absorbed by the Earth, leaving bees or chickens without chromosomes, and reproduction of both genders is equal due to the Earth and the loss of the planet Haumea?
Could it be that the loss of more planets like Haumea from the solar system will balance the chromosome number between humans and animals and plants to an equal number?
Could it be that if only the Earth remained as a planet in the solar system, we would become one-chromosome bacteria?
If you can understand this, it could happen that a spider’s venom kills a bacterium or a limb, like a finger, that it destroys, for example, because the bacterium may have the same chromosome as ours, and the spider could be said to have evolved certain drastic juices to feed on bacteria.
Could it be that Mars only has enough water for bacteria, since they don’t need that much water to survive? Could the moons of Mars be the ashes of its bacteria? Could an insect emerge in that food war between bacteria?
Could the spider be the queen or the most powerful on the planet, until the moon could evolve more chromosomes for the less dominant or powerful species?
Could an endangered species, such as squid, be favored by the moon, so that it becomes gigantic and reduces the species that diminishes it, or could a moth be able to reduce the hulls of fishing boats?
Perhaps in the evolution of bacteria, some were able to escape predators, either to water, land, or air, just as birds and other bacteria were able to escape or thrive on another planet and the moon or moons abandoned the planet of origin.