Updated 05/08/2025
In The Matrix, the warrior gods don’t see each other. It’s a fight to the death by conquest, but everything goes wrong, and they end up seeing each other over a piece of cheese.
Sometimes we can lose sight of insects, due to their physical condition, survival, or trying to get to safety, but it can happen that we notice pinpricks, in schizophrenia, that could be a simple moth we don’t see.
Perhaps shooting stars are photons, or atmospheric shooting stars in the form of photons that attract asteroids, and with those asteroid minerals, life forms.
Perhaps a large asteroid needs rhythm on the planet and extreme heat to become almost photons to disintegrate.
Perhaps there is tiny life on Mars, which is the first time we’ve seen it. Life on Mars could exist in the form of photons of light, which cannot be captured by cameras and are like spirits or gods that materialize depending on what they hunt.
In schizophrenia, sometimes when you inject substances, you can have hallucinations of seeing marine animals on land, because the substance can cause the earth to absorb a lot of water. But when you see small photons, it could be a hidden insect that could cause a tumor.
On Mars, the insect may be the first or the last to emerge, but I assure you, it’s all for the same reason: a bowl of soup.
Sometimes there can be so many insects that we can’t see them, and they kill many plants, and we think they are rare diseases.
Im Sommer, wenn die Atmosphäre heiß ist, sieht man keine Insekten, sondern nur Photonen, aber wenn die Atmosphäre abkühlt, erscheinen Insekten und können ihre Nahrungsquelle ändern.
In summer, when the atmosphere is hot, insects aren’t seen; photons are, but when the atmosphere cools, insects appear and can change their food source. Could this theory suggest that colon cancer is caused by an invisible worm? Or also an internal tumor, a bacterium that can’t be seen, but can materialize with antibodies in the blood released by a photon due to a change in temperature or a change in its food source, which could be viruses, and the leukocyte isn’t ready.
In this case, when the cells run out of antibodies and begin to develop tumors, the chromosomes of the pancreatic cells must be modified so that they release more insulin and the leukocyte produces more antibodies until the bacteria escape the photon of light.
Sometimes a spider and a small fly don’t see each other, but they leave traces, such as a small stone on glass. This could be because a spider’s shell is made of metal, and the spider’s venom is designed to pierce it. Sometimes the trace could be due to a spider bite on the eye, which is why we close our eyelids when we sleep. But during the day, when we feel a sharp sting, it could be due to a small trace left behind if we see a photon of light in the eye.
Sometimes, when a spider grows, it can pierce a metal pipe like copper and cause a fault, but only occasionally when it has color and is very angry, and we may think it’s a mechanical failure. The pus generated by the eye can cause the tiny spider to relieve the pain and can lead to myopia. This is because the eye continues to generate pus that relieves the pain. When the pus dries up, the eye can lose melanin and become painful again.
Maybe one day you wake up like this, my photo.
And after a few years, pus may ooze out, along with the scar, with the marks of a spider’s fangs. My photo.
And when it’s like this, it could explode because the substance doesn’t pass into the bloodstream, due to the lack of antibodies in the cells and their receptors. Gas escapes through the holes, and when it comes into contact with the minerals, the gas explodes. It only expels the cells when the cells are devoid of antibodies. A spark can be generated and the gas explodes. Sometimes the scar is visible, and sometimes the hole is visible due to the CO2 content of the cell. The scar is platelets that burn and disappear when there is gas pressure on the cells. If the gas passes into the bloodstream, it can cause an arrhythmia.
After this, the spider is left without food and grows and looks for another food source. But sometimes it can eat ants, and sometimes it can’t because the ant gets a harder shell and releases venom again.
When you ride your bike, your performance level drops significantly, mainly due to wasps that can sting you and are very clever, calm, and playful. Image of my performance statistics. My heart rate doesn’t match what it used to be.
It could also be that psychotropic odors attract dangerous insects.
In the images above, you discover black spots, which are platelets. Often, as the tumor thins, you may discover platelets. If you remove the platelets, you may expel some of the pus that forms the explosive gas.
Actually, when a spider bites us and we don’t feel anything, the venom will be distributed among many cells, and as millimeters of skin tumor shrink, some of the tissue becomes inflamed, but fewer millimeters of tumor remain.
Some colorless spiders or insects may be more venomous because melanin spoils the venom.
The photos above may be of a larger spider than these photos of a smaller spider. These are photos of my finger.
When you cut the seed, you can see the holes of a small spider’s fangs, which gradually deform to expel the venom. It could happen that you cut the seed repeatedly, and the same seed always emerges, because the potency of the venom could destroy a limb. Perhaps by cutting the seed repeatedly, it will stop expelling venom.
I know that Saturn and Jupiter create differences in leukocytes and their moons from one planet to the other; there are differences between venoms and viruses. It could be that Saturn has moons to create the leukocyte stem cell for spider venom if it enters the bloodstream. Jupiter could be macrophages.
As we age, these tumors may appear more frequently, due to the speed of these two planets orbiting the sun, due to the laborious reproduction of leukocytes, and their alignment could be a good peak for physical fitness.
Spider venom is another matter. When we have a skin tumor and we can identify the bite, it’s good to block the tumor cells with macrophage antibodies, not leukocyte antibodies. Once the tumor cells are blocked with macrophage antibodies, the viral load can increase. When the viral load in the blood, not in cells, increases significantly, we are more likely to see light photons, which can give rise to an insect. Light photons can only be seen with a high viral load in the blood, not in cells, and they are eliminated by the body. Insects can take advantage of this moment to become infected and create mutations, which can be the positive transmission of light photons to insects that we see. Blocking the venom of tumor cells with macrophage antibodies prevents the spider from becoming less venomous when it is visible. Light photons are not seen every day.
Another case that can occur, but with another insect, such as a wasp, is foot drop. If you have little adipose tissue around the fibula, when an insect like a wasp stings us, it can create inflammation that compresses the peroneal nerve. If we are diabetic or if our blood sugar levels rise and fall a lot, the antibodies may fail a little in the precision of the inflammation from the venom. Normally, a wasp is able to sting us without us realizing it, without us seeing it, or even feeling the sting, given its great ability to do so. We can see and feel it when it is most tired. Just as it can cause myopia, this venom can also create lasting inflammation that pinches the peroneal nerve, possibly leading to a slow recovery from foot drop.
In this image, the nerve circuits between cells and the proteins in wasp venom are seen in red. These proteins can inflame the cells, in white, which would pinch or press on the nerve circuit. The sting could be in the knee, which is the most vulnerable spot for a wasp. When a wasp’s sting penetrates the peroneal nerve, the nerve in the knee becomes inflamed and pinched against the cells. For this, it’s a good idea to check the knee and make sure no inflammation or cysts appear. The venom should be slowly dissolved through the peroneal nerve until the foot becomes sensitive or numb.
It could happen in the summer, I don’t know, but we may sometimes experience vomiting due to the breakdown of these poisonous proteins in tissues. This effect may occur because leukocytes don’t produce antibodies that cut off the gas flow that breaks down proteins, thereby regulating proteins in tissues and improving recovery from foot drop. This event causes a drop in blood pressure, and the breakdown of these proteins ends up in the blood, which could cause a feeling of stomach upset.
Actually, insects that cannot be seen without photons of light may be in danger of extinction, like a simple wasp, and hidden photons may be their salvation until they reproduce. However, this could change the climate in winter and autumn, since the atmosphere would trap photons of light that make insects positive. Some contain poison, and the venom proteins may be due to the lack of photons, causing cells and the atmosphere to become darker. It may also happen that when they reproduce in large numbers, the venom protein becomes more harmless.
In the case of proteins, if the atmosphere picks up photons and the culprit appears and the seasons change, the proteins could break down and the tumor disappears.
Sometimes these photons can hide dangerous or large insects. For example, a frog and its skin poison can reveal parasitic insects. When ingesting frog poison, the insects lose physical qualities that can make the insect appear invisible.
Changing the subject. Could it be that the dark spots on the sun, or black photons—because the sun is light, as seen in this image taken with my telescope—are photons of extinct life on the planets of the solar system, including Earth, or could it be life that the solar system can support, and these black photons cast shadows on some planet in the solar system, and life re-emerges with these black photons? Could it be that stars are completely black, and life on their planets makes them shine? Could it be that these sunspots disappear when a new sustainable species is born? Could it be that the food pyramid of fauna is behind the life on the sun and its sunspots?
Another example of insect mutation could be glass. When a giant spider appears in a house, a larger flying insect could appear. Small flying insects crash into the glass and can get hurt, and this could cause a resistance mutation in flying insects resistant to glass. This could cause a mutation in a body resistant to impact, which would affect the size and could pass through the glass and break it. It would also cause an eye mutation, but it could affect the size, and light photons could appear.
Insects, too, might receive some photons from flying insects in early summer, which are very attracted to birds, changing their focus. Some harmless insects might be eaten by birds, so they might sometimes mutate and become poisonous, to their salvation. The family of flying insects loves each other and helps each other when they are in the minority. Rising temperatures in summer sometimes cause, for example, unidentified eye discomfort, but there are fire risks due to too much light. If a fire breaks out during a temperature spike, new species of flying insects might be seen, due to the lack of oxygen and the loss of mobility or physical strength of these dangerous insects, which might be visible but not in photons. This could help us understand the species and their venom, which could help with rare diseases.
Fires attract these insects to homes to save themselves. Could insects be the kings of the planet?
Insect species lay larvae, and some species defend their territory with their venom. Fires could prevent these insects from laying their larvae or eggs in safe places, such as homes or farmland.
A less-than-perfect variant that could be improved is this mosquito I found in my house. It has a wasp’s tail. Could it be poisonous?
This mosquito came out after a few minutes, when I was having eye pain, and the mosquito was scared and wouldn’t calm down, as if it had lost vision or had lost its sting. But there was an open window, and I don’t know. Could it be that the poison had failed?
Another example of protecting their insect larvae is dogs, who don’t like walking other dogs that aren’t native to the area due to the damage it can cause to the insect larvae. Larval damage in dog-dominated areas causes problems for dogs due to the attacks of these insects.
The world’s largest insects lay larvae or eggs that give rise to queens or smaller variants, as in the case of a wasp. The world’s largest insects are not the most common and usually appear when smaller variants of this insect disappear or proliferate. These largest insects in the world are true queens, which lay their larvae, which can be smaller variants and are capable of moving, especially on land.
These largest insects in the world tend to have tissues more similar to those of higher animals. In the case of a wasp, its tissue is similar to that of a snake and measures between 25 and 30 centimeters, but its colors remain the same as a smaller variant. If you see it, you may see the yellow-bellied wasp.
When these insects reproduce and generate atmospheric heat that tans the insects, they appear more frequently, and the most poisonous ones become nervous because the venom can wear off on some insects, like wasps, but others, like ants, are very calm. The smallest spiders are colored because their food source is tiny worms, while the other larger spider species are colorless but somewhat poisonous. In Spain.
Could vitamin D be poison from these insects? Perhaps expelling vitamin D can cause gas and antibodies and can cause hypertension, which is often relieved as the gas is released.
Vitamins can be poisons, and sometimes if you have certain vitamins, you may be sympathetic to animals, but not to others, so sometimes you don’t know how an animal might react to you.
It could also happen that the body’s consumption of this vitamin D and other vitamins creates photons of light or shadow photons, which cause more insects to appear around us. Some vitamins take a long time for the body to dissolve and can be behind gray hair, but vitamin D, when consumed by the body, creates a low-humidity, brightly lit atmosphere.
Vitamin D, for example, creates a gas in the cells when consumed, which can cause excessive hypertension. That’s why the body doesn’t consume or dissolve them. However, in the case of gray or white hair, it could also be due to undissolved vitamins or another class of vitamins that act differently.
In the case of photons at the microscopic level, this could be interpreted in the seabed and its animals. Large fish could travel the planet to get rid of parasites, and in the case of the lamprey in Galicia, it could be the first bacteria thousands of years ago. Smaller fish need to travel the planet to grow larger, and their bacteria do too, which could cause climate change.
In the case of a giant calatrava, could it be used to travel and leave young all over the planet?
Could traveling cause bacteria to grow, resulting in worms and colon cancer?
I don’t like traveling, but I did have small worms, and quite a few. Not so many now, but with warmer weather, they might come back. But they could also be insect larvae or eggs, which is why animals evolved with tails.
Another thing is when a black hole collides with another. It’s possible that this leads to the death of small stars because others grow. It could be because stars don’t generate life and merge.
It could also happen that the death of stars could turn their planets into asteroids, which carry life and migrate to another solar system. The loss of neutrons from a star could heat the planets’ cores or their neutrons, resulting in dissolving and mineral fragmentation.
Venus could be a planet that erases traces of life and the sun, there must not be enough light for Venus or Mercury.
For example, granite may have more traces of life than a diamond.
It could be that Venus has volcanic eruptions and the formation of diamonds or precious stones separates the organic remains from the granite and releases petroleum that can give rise to bacteria.