Invention of Life
The Sliest Invention of Life – The Speediness of Love – Love Ever gets in First
This great invention can only be explained with the help of examples. The true doubter may immediately counter: How could ever something be faster than light? “Nothing easier than that, the big brother said to the little sister. Follow me to the center of the eye. First of all we will encounter the cornea, thereafter the lens and finally the vitreous humor. Then we will be approaching the retina with its apparent hole, the fovea, which looks very much like the famous black hole. And a black hole it is. This is exactly where the light is caught; it is trapped with all speediness through the combined effort of cones during the day and rods at night or from a certain threshold luminance onward. In the latter case even both of them can be active together.
How can anything be faster than light? We only need to reflect it from a wall and send it back to from where it was coming. But then it will not be there prior to its reflection. Correct. Yet there is an intelligent echo. The beam that enters is slowed down and narrowed, that is, minimized in time and space. This is in stark contrast to the microscope, which does not do any of that, but simply moves extremely close to the object of one’s desires, without slowing down time or - put another way - without decreasing the speed of light. As a result, we can only see objects stuck to a slide that are not living anymore. Objects that change constantly cannot be observed in this manner. What about motion pictures? They are non-continuous in nature because taking pictures always requires pausing for each of them. For this reason high-speed cameras are still far too slow. The wrongly depicted directions of motion are a good example and atoms rotate with fast speed. Look at cars in a movie: their wheels are spinning in the wrong direction. Therefore we will never have video evidence except for depicting the final stage without all the happenings in-between. In fast acting situations, the one who is guilty - the first one - is never detected because the image is torn back and forth, which resembles a rotation.
Can life turn nature’s laws upside down? No way! However, life is so fast that slow human minds see it this way. Scientists become religious then. That is of course ten times better than thinking of themselves as being smart when pretending to take the fastest images with their stupid “high-speed” cameras. They believe to be smarter than nature itself, but in reality there is nothing more foolish than a self-deceived scientist.
The whole situation, however, is quite simple. Just follow the light and catch its harbingers. These are the lightest and finest traces of gas, which we should better call aether. It is the one that runs before the light bubble and at the same time is being recreated from it. The aether does exist and light is the one, which is constantly reborn from it and also turns back into it when it approaches as a bubble because it serves as its food. How does it notice the aether? The eye in the fovea constantly sends harbingers and trackers ahead, alternating between all rods and cones. In this process scent agents are also taken along because they can at once detect and amplify the very faintest of all traces of aether gas. This however is so exhausting due to the counter wind, which needs to be generated that all rods and cones join together, and work like in a relay race. If one stops blowing, the next takes over. In general, all sensory organs are built like that.
The second trick, which takes effect in this process, is an extremely short sort of slowing-down light through focusing. And thirdly, the light’s echo is neither focused nor does it grow weaker. As a result, it can catch up with itself and extinguish or compensate the original light just at the exactly perfect moment. This in turn releases a sideway impulse, which can be caught by the sensory cells. We used to call that differential symmetry. You could just as well call it simulated standing wave formation. Yet we should not lose sight of the peculiarity that this can only be observed in one particular light region at a time. The best trick of all is the image of colors. For this phenomenon it is common practice to split the light ray as Newton had already done so. He was the first one to conduct truly systematic prism experiments. The focus turns out to be very long and so naturally faster and better detectable through the echo. The cone prism might be the most ingenious trick of them all. Owing to its small size, it is capable of changing its density and thereby its sound speed through lightning-fast viscosity control. At the beginning of the visual process, it is a rather viscous and slow-moving sound conductor for red light, but later it becomes all toughened up, elastic and fast for blue light. Why sound and not light? Light also happens to have a longitudinal wave aspect because it rotates about itself as a bubble with a hole in its center. The turning point of this rotation, which is generated by the Coriolis force, also rotates. However, it is thinner and much more focused. It is the point of the differential symmetry. Before any such rotation is completed, the light itself has already advanced much further. As a result, the turning point has hereby described a virtual wave at the same time. But it is only virtual in the vacuum. In plasma it shows an effect. It is turned into a detectable reality.
Everybody is wrong. Light is not a wave. It is only able to generate a wave in a foreign medium. Light is not colored either. It can only be split by glass or plasma objects that add the color, which is why this color effect can be noticed that much faster. Color and smell are identical in this regard because the harbinging gas traces eager to meet the aether are hardly colored. They are more like a mist of anticipation. Smell is the anticipated color. Smell and color are identical then and will continue to be so in the fovea in front of the yellow spot.
Now let us move on to the experiment of evidence with the help of holography. What is holography? Like in an eye, a laser light is sent ahead of itself by means of echo. In the next step it is frozen and fixed in a photographic emulsion. As soon as light is sent through it, you will be able to see the picture with a hundred thousand times magnification and depth in three dimension, just like an eye. This is the most primitive form of biological optics. This image though showing a real side and a virtual one keeps rooted to the exact same place where it was taken during holographing. How does this function in the human eye? The image is made coincide with the approaching object to be looked at. We see the image at the same place where the actual object is. Such an image cannot be conjured in our head because it is far too small. However, we have holography in our eyes with an amazingly large number of laser beams, which can be split from the incoming light. It is exactly there where many, many layers of emulsions are created each moment to become compensated or almost extinguished by the echo. On its way into the eye the light is slowed down and compressed, on its way out it is of course the other way around in order to make both directions holographically coincide.
This “almost” but not complete disappearance is very important because the images before and after the almost complete deletion are usually rather much alike and therefore can be made look like a flowing motion. All rotations seem to appear correctly. The impression is deepened.
In the ear it is the ossicles malleus, incus and stapes, which stretch the layers of hearing longer, that is, split and “color” the sound. All that is left for the cochlea to do is easy as pie, having the echo transport the sound back outside. We hear sound from where it is coming. Therefore ears need to be much longer than eyes because the wavelengths of sound is also much longer than light. Unlike the eyes, ears need not generate sound because it is already there. As a result, hearing is far more long lasting. Hearing requires no extra effort from the ears.
I prefer to keep silent about the other organs today. I only wish to draw your attention to the fact that the tactile sense is all about feeling and vibrating. Smell only makes the harbinging aether detectable.
Did I promise too much? We are focused, aren’t we? Stay like this. It is the true form of calmness, which will always defeat the hectic devil. Except we may listen to the devil when he invites us to be lazy, sending us indulgences and lulling us into a sleeping kind of calmness and inattentiveness. Be divine and natural. Love like the eye the splendors of color.
The statement by Wilhelm Busch also applies here:
“The dear God always has to push, but it just falls into the devil’s lap.” The splendor of color and also the hearing spectrum should remain our only joy. If so, you do your loving, living, looking and lighting right.
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