Updated on 07/20/2025
Moons can be important on habitable planets, or can be used to alleviate the weight or gravity of the planet they orbit. It could be argued that a spacecraft, without a moon, would not be able to take off, and a baby would not be able to move.
It could be said that the mass of the moon is the proportion of the loss of gravity on Earth, and if the moon were larger, we would weigh less.
It could also be said that an astronaut on the moon loses weight due to the Earth’s gravitational pull, and this could not be because the moon has less mass than the Earth.
If the moon were to move away from Earth and not have an orbit, we would gain much more gravity or weight if we were on the moon.
If the moon were to gain mass due to objects or matter, it could move into an orbit relative to Earth and change its coordinates.
If the moon gained weight and didn’t change its coordinates, we would move better during a full moon, but if it rotated around the Earth and had the same coordinates, it would multiply our weight by two or three times, making it worse for muscles, and we wouldn’t move much worse. Due to the moon’s rotation, it’s necessary for the moon to change its coordinates to avoid such large differences in weight, which are better and worse for muscle movement.
The change in the moon’s coordinates may be related to the menstrual period in women and the movement of sperm in men. If this is true, the moon grows and changes its coordinates periodically. Plants can use the moon’s attraction to suspend pollen in the air, and the same can happen with viruses.
When the leukocyte envelops viruses in antibodies, it could cut the lunar attraction of the virus, allowing it to rise into space with or without a certain antibody weight.
If the moon changes its coordinates and moves away from Earth, the virus could disappear for quite some time, because it remains trapped in antibodies and could rise, and the weight of antibodies stuck to the Earth could infect us again.
The movement of sperm in men may be related to the number of antibodies in the sperm. The antibody blocks the sperm’s gas flow so its DNA can’t move, as seen in these videos of mine.
In the video below, you can see leukocytes and macrophages. Leukocytes absorb properties of semen, such as sugars, and transform them into antibodies, as do macrophages, but the macrophage antibody is smaller.
In the video above, the droplets with black microdots stuck to the lens are the antibodies, which can be seen thanks to the magnification of the multiplying droplet in the lens. You can also see that the leukocytes are highly loaded with antibodies.
If semen is high in antibodies, fertilization is poor because it prevents sperm movement, and the sperm lacks the strength to fertilize the egg.
These sperm do not actually fertilize eggs due to a lack of movement, unless the properties of semen change during sexual intercourse and neurotransmitters are released, which oxidize the antibody and cause it to detach from the receptors on the sperm’s chromosomes.
Testosterone is a hormone that regulates the amount of sugars in sperm, for antibodies. When leukocytes and macrophages consume all the sugar in semen, for antibodies, and semen is reduced, testosterone is released and performs a function similar to glucagon in the blood, which is to raise blood sugar levels, but testosterone is for semen.
If sperm breathe and move, they are more vulnerable to viral infection and could modify the properties of the sperm or reproduce when they fertilize an egg. That’s why semen contains antibodies, and during sexual intercourse, it contains neurotransmitters, which select the sperm with antibodies in space or antibodies from sperm on Earth, depending on what the testicle produces when infected by viruses.
The antibody is actually a key in the receptors of the sperm and its chromosomes and prevents viruses from attaching to the receptors of the sperm’s chromosomes or its receptors. It also suffocates the sperm because it closes the sperm membranes, so it no longer breathes. The period of sperm movement is due to the attachment of another antibody to the lock or receptor of the sperm, which could open its membrane so it can breathe and move. It could be limited, and it only moves for a certain period of time during its entire lifespan.
In this other video, you can see a macrophage cell, very large in semen, because it is producing antibodies.
The moon could produce the first stem cells in pregnancy, and the remaining stem cells, when life reproduces, could be from the moons of other planets in the solar system, including the types of leukocytes and macrophages.
In the case of a transvestite, it could be caused by the planet Haumea, whose symmetry is not perfect and resembles an egg, causing distortions in female and male organs, for example.
In the case of Down syndrome, it could be due to duplicate chromosomes, which could be due to a moon ending in a planet, for example.
Another important thing is that a baby can be more vulnerable to viruses because his reproductive system or testicles are not fully developed.
A lack of sperm in semen could be due to a parenthesis or a lack of viruses. You could catch viruses from space if there is asteroid activity or viruses from Earth, if there are infections with viruses that we already know about, and the lack of sperm could be due to the rotation of the moon and the duration of the viral infection.
This theory could be true in aging. Viruses have 23 variants for men and 23 for women. When we are infected with a dominant virus, it is best to infect the body’s cells to unleash all its variants and thus be able to absorb them through the reproductive system. When planet Earth and the body are saturated with viruses, the body is unable to absorb them through the reproductive system and begins to expel them in the form of excrement containing a certain amount of antibodies. This effect would cause the moons to move closer to the planets and a failure to reproduce stem cells to regenerate tissue. This could cause physical exhaustion or aging. To overcome this unwanted effect, phage viruses may be the salvation. This kind of virus could infect leukocytes and mutate them, so that the antibody that surrounds the viruses, when phagocytized by the leukocyte, becomes highly explosive and flammable and the viruses, when surrounded by this antibody, could ascend into space and be stored in asteroids, so that many years from now the virus would reappear, when the asteroid becomes inflamed or explodes and it would also relieve the testicles and the attraction of the moon, with heavy antibodies, which do not ascend and would allege the moon and would favor the reproduction of stem cells and relieve the planet of viruses.