The Mars-Hexagon

Report: #0206

Product of erosion or biological life? 

Day after day, I observe images of the Moon and Mars. What is the big difference perceived at first glance? Our Moon is sterile, though I do not rule out that there are corners with something we could call life. I don't think it exists on a large scale, but small colonies of bacteria or something similar—even mosses, which would already be an advanced form of plant life.

The continuous bombardment of meteorites, including some large ones, has perforated the Moon without pause or mercy for millions—or even billions—of years.

Before, there was heat inside the Moon, and every impact caused a flow of lava. The craters filled with lava and leveled with sediments.

In many images, you can see how the craters were covered. The lava always flowed to the lowest side, spilling into the surroundings.  

  

Be that as it may, a few days after the impact, everything cooled down, and it has remained so until today. There is no vegetation to cover these craters, nor erosion to gradually modify the landscape.

Only the layer of dust increases gradually. This is a small mystery, but I imagine that the ultra-intense solar rays, with active radiation, destroy the surface. In addition, impacts from small meteorites act like stone mills, generating more and more dust. 

We can conclude that our Moon is quite sterile and serves as a spatial memory, a record of creation, because it remains as it formed.  

   

In contrast, Mars is a living planet, with all that implies. Unlike our Moon, Mars is subject to constant changes, similar to those in our earthly environment.

Even the annual seasons, between summer months and colder ones, influence the changing appearance of its surface. Added to this are climatic variations over thousands or millions of years, with cycles of warming and cooling. 

   

Mars is a living planet, both geologically and, very likely, with various forms of biological life, including plant life and a fauna with forms very difficult for us to recognize. It is also possible that very advanced life once existed that, for environmental reasons, stopped using the planet as a home.

Currently, there are three distinct groups in the search and observation of Mars and other celestial bodies.  The first group, by its preparation and objectives, is in first place: the trained scientist, with the desire to add something to humanity's great treasure, which is information.

Information—its collection and analysis—is the greatest treasure we possess today. That's why intellectual property is as valuable as tangible goods, like hardware, instruments, machines, equipment, or simply a house, a yard, or a garden.

This scientist is the most valuable to society because they seek information openly and discover something new every day.

I speak of any scientist, from any discipline.

All pieces are valuable, and when united with information from other disciplines, they complete the picture of our reality more and more. 

The second group also consists of scientists, but these depend on government, military, or other secret groups' funds. Their discoveries are as valuable as those of the first group; all are highly trained scientists.

However, this group cannot—or does not want to—share their findings with the general public.

The political, economic, or military system decides if something, or all, of a new discovery is published. Unfortunately, this happens very rarely or with decades of delay. 

The third group is that of private researchers, with limitations in their training and economic resources. That's where I find myself, along with thousands of other civilian seekers. Our goal is to seek and know the truth. Perhaps we row against the wind in a boat, and if we discover something, we don't know how to communicate it scientifically or sensationally.

Our sincerity, with errors in description due to the emotion of a find, does not always reach many people or convince them of new information. Perhaps it never adds to the accumulated body of knowledge.

But I ask everyone not to lose strength—neither the readers nor the other researchers in their attempts. With our effort, we force the second group to satisfactorily explain our discoveries, and thus, little by little, new information comes to light. 

Today, I show you a very beautiful anomaly that I found in my walks on Mars: something similar to a hexagon, or perhaps something alive coiled in a hexagonal shape.

It could be a purely geological formation, the result of erosion caused by temperature differences. But it could also be something alive that began to grow in this place and coiled circularly upon itself.  I offer no many explanations because I don't have them. Observe this exotic and unique form in a very attractive and exciting environment. Near this hexagon, I can distinguish something like a lake, probably with liquid water—but I'll talk about that in another report. 

 

Josef Bauer

Wallpaper: Mars-Hexagon 1024x768  107.8KB

Wallpaper: Mars-Hexagon 1024x768  33.4KB

Source: Mars Global Surveyor - Mars Orbiter Camera  E0600005
http://www.msss.com/moc_gallery/e01_e06/images/E06/E0600005.html

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Individuals, living side by side

Report: #0204

In this report, I show you Martian life.

It is not life as we generally know it, though there are parallels here on Earth in minuscule forms—but sufficient for scientists to study them.

Scientists see in these forms of life, found on Earth, that we could also find them on Mars.  To this day, there is no clear and definitive definition of what life is. Possibly, we will never be able to describe it with words. Our classification of life has too few words and comparisons.

Our egocentric thinking still does not allow us to step out of our shadow; we don't want to place ourselves in a long line of possible forms of life in the universe. We want to be at the top, or at least in the first place in that line.

Sharing the universe with different forms of life on various planets is not something we can accept from one day to the next.  The day will come when biologists, geologists, and scientists from new disciplines will have to propose new descriptions, with new names, functions, and adaptations of forms of life to environments unknown to us.

Let us move on to my description. At the end of this report, I will include texts from a website with a very interesting description of forms of life.

In these images, we see something like a channel or the bed of a dry river.

This channel runs, more or less, in one direction—probably sinking into a crater and continuing on the other side, or coming from the other side toward this crater.

I cannot determine exactly the direction of a river flow or lava that ran through this channel. I believe it goes from left to right in the image, with interruptions caused by erosion.  

What is interesting is the occupation of this dry bed. The channel is inhabited by a colony of individuals placed in a chain, one next to the other. For me, they cannot be dunes or remnants accumulated by erosion over millions of years.

These "individuals" cannot arise from erosion in the Martian environment. Erosion, with the help of gravity, drags solid material toward lower places, to lower levels.

Any current of water, lava, or displacement of earth by earthquakes, thawing, or freezing of material with accumulated moisture can dislodge material, but it always moves downward. The physical laws, which seem to be the same as on Earth, do not allow any other direction.

And what about the wind? Yes, the wind can come mainly from two opposite directions, from the north or south, normally with enough force to erode the land and its derivatives, like buildings, tiles, bricks, walls, or other constructions.

However, the wind cannot act in a protected place below the surface, like a crater or a riverbed, where the walls shelter it. Nor can it change its path over meters of distance and carve, like an artist, similar forms along hundreds or thousands of meters, nor in different places distributed across the entire planet.  

Observe these lines: For me, they are living beings or plants, never aligned parallel to the logical direction of possible erosion by climatic or environmental factors. They are always placed at a ninety-degree angle. What does this mean? 

Farmers in Japan and Brazil know what contour lines are in cultivation areas. For readers who do not know agricultural crops on uneven terrain, I explain in a few words: Dry rice plantations (not sown under water) are done in terraces. In case of rain, the force of the water moves slowly to lower levels because each step in the terrain slows it down, giving time for the soil to absorb the moisture.

In Brazil, the same is done in larger areas to prevent erosion, which would drag the sandy soil in a few years toward lowlands or directly to rivers, which turn reddish from the eroded soil. 

In the analysis of Mars images, I have been surprised many times by this grouping against the laws of gravitation.

Something inert, like a dune, cannot resist along the force of gravity and erosion. Only something alive can oppose these forces and use the currents and erosion for its own strengthening.  

What could be a natural exploitation? Logically, the absorption of elements, mainly water. The water that could occasionally run through these channels, in lesser or greater quantity, would be maximally filtered in this way. Here we return to the word "filter." As in the previous report,

"Tell Me Where You Live, and I'll Tell You Who You Are,"

a filter must face the maximum possible surface to the flow of the liquid it wants to filter.

If they were placed in parallel, they could not take advantage of an eventual sporadic flow of liquid from rains, mists, or thawing ice.  

These evidences are a clear sign that these forms of life—whether vegetal, mineral, or a mixture of biological and mineral life—have sensors and living cells capable of absorbing and retaining moisture.

An organization is observed that opposes the enormous force of gravity and resists erosion. Erosion is caused mainly by climatic effects. With time and weather, environmental changes occur.

In the long term, the tendency is to fill holes and low places with earth and sediments, without leaving spaces.

Erosion and time cover the errors of chaos and the actions of a planet's inhabitants.

Only life, the force of creation, and evolution are capable of seeking new places, occupying unknown environments, facing new situations, and adapting to start a new cycle of life—hopefully with more luck than other species or races.  It will not be different in any corner of the universe. 

Josef Bauer  

Source: MRO HiRISE Mars Reconnaissance Orbiter \ SP_006268_1995_RED.NOMAP.browse

Mars Reconnaissance Orbiter MRO HiRISE\ PSP_006268_1995_RED.NOMAP

Link: http://hirise.lpl.arizona.edu/diafotizo.php?ID=PSP_006268_1995

http://hirise-pds.lpl.arizona.edu/PDS/EXTRAS/RDR/PSP/ORB_006200_006299/ PSP_006268_1995/PSP_006268_1995_RED.NOMAP.browse.jpg

Wallpaper: mars life side by side

Below, I include an article from the internet http://axxon.com.ar/not/149/c-1490035.htm that describes the different forms of life very well. It is recommended to read the full article. I only include some excerpts so you can see that my definition of life is not entirely wrong.

The Original Report, is in the Spanish language. ( below of my Translation )

Translation: Josef Bauer

NASA began to analyze the so-called "stromatolites" which are rock structures that consist of layers of seaweed mud inside.

"These organisms can be our best example of what to look for on other planets," said Brad Bebout, a researcher at Ames Research Center of NASA.

Stromatolites are, by definition, organo-sedimentary laminated structures (primarily calcium carbonate) adhered to the substrate, a product of the metabolic activity of microorganisms (mainly cyanoprokariotas cyanobacterial or algal), but also participate in the green algae carbonate precipitation.

Among the micro flora can also be found diatoms, fungi, crustaceans, insects, spores, pollen, red algae and sediment and fragments of all kinds. The organic variety depend on the type of environment they are growing: hypersaline, freshwater, intertidal, subtidal, etc.. They are rock structures and porous, rough surface-gelatinous product mucilaginous secretions.

On the surface algae grow while you are precipitating carbonates and trapping sediments, which after years will be consolidated as a rock. In this way the structure increases in size, horizontally and / or vertically.

The stromatolites may have many different forms: columnar, domal hemispherical, head shaped in the form of "bed" or "twinky wonder", cone-shaped shrub or as may be conical, blister or combinations form.

There stromatolites in any geological era (from the Precambrian), even today continue to grow in many parts of the world. In Mexico today stromatolites can be found in the lagoon of Alchichica, Pue., In Las Huertas, Mor., In Cuatrociénegas, Coahuila., And other towns of Oaxaca, Yucatan and San Luis Potosi.

Original http://axxon.com.ar/not/149/c-1490035.htm

La NASA comenzó a analizar los denominados "estromatolitos”, que son estructuras rocosas que consisten en capas de algas con lodo en su interior.

"Estos organismos pueden ser nuestro mejor ejemplo de qué buscar en otros planetas", explicó Brad Bebout, un investigador del Centro de Investigación Ames de la NASA.

Los estromatolitos son, por definición, estructuras organo-sedimentarias laminadas (principalmente de carbonato de calcio) adheridas al sustrato, producto de la actividad metabólica de microorganismos (principalmente cianobacterias o algas cyanoprokariotas), aunque también las clorofitas participan en la precipitación de carbonatos.

Entre la micro flora también se pueden encontrar diatomeas, hongos, crustáceos, insectos, esporas, polen, rodofitas y fragmentos y sedimentos de todo tipo. La variedad orgánica dependerá del tipo de ambiente en que estén creciendo: hipersalino, dulceacuícola, intermareales, submareales, etc. Son estructuras rocosas y porosas, de superficie rugosa-gelatinosa, producto de las secreciones mucilaginosas.

Sobre la superficie van creciendo las algas, al tiempo en que van precipitando carbonatos y atrapando sedimentos, que después de años se consolidarán como roca. De esta manera la estructura aumenta en tamaño, horizontal y/o verticalmente.

Los estromatolitos pueden tener muchas formas distintas: columnares, domales hemiesféricos, en forma de cabezal, en forma de "cama" o de "twinky wonder", en forma de cono o en forma de arbusto, pueden ser cónicos, alveolados o con combinaciones de forma. Existen estromatolitos en cualquier era geológica (desde el Precámbrico), incluso actualmente siguen creciendo en muchos lugares del mundo. En México pueden encontrarse estromatolitos actuales en la laguna de Alchichica, Pue., en Las Huertas, Mor., en Cuatrociénegas, Coah., y en otras localidades de Oaxaca, Yucatán y San Luis Potosí.

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Tell Me Where You Live, and I'll Tell You Who You Are

Report: #0203  

If you live in a cave and protect yourself from the cold with animal skins, it's possible you're an ancestor of the human being. They could be Neanderthals escaping the cold of the north. If you live on the tenth floor of a building, then you're a person from a civilized society, technologically advanced and highly intelligent.  Animals are indexed or classified according to the environment in which they live. Birds are the inhabitants of the airspace.

Animals with legs but without wings in general are inhabitants of the mainland, with the possibility of hiding in the heights of trees or under the ground, in caves dug by themselves.

Finally, we have the inhabitants of the waters: fish and non-fish, mammals with the ability to swim and dive but with the need to breathe air.  Plants, immobile, are not considered animals because they cannot move from one place to another. That's where I wonder: Who made this rudimentary and ancient classification? Darwin? Humboldt?

So simply, the elements were classified: stone, plant, animals, and above all, man.

There is no room for intermediaries. A plant cannot think because it is still.

A dog can run, so it can think, but not reason—and even less give testimony to the glory of God and His creation, though it is precisely part of that creation.  Man, fortunately, can walk, can think, and can thank the almighty God all day. Therefore, he will unite with his creator as soon as he bids farewell to a life full of sorrows.

Plants, created by the same God, have nothing that the powerful One wants to see in His residence in heaven.

After the fall of a tree—possibly after a life longer than that of a man, with fewer accumulated sins and an existence lived in meditation and silence (at least for the deaf ears of man)—it has no place in heaven. 

The dog, the tiger, and the crocodile, among others, do not go to heaven because they bit fresh and foreign flesh many times without asking—and even less without paying. That's why they are classified as unreasoning animals; there is nothing to forgive them for, but we also do not recognize a place for them in divine eternity.

Nor in this life do they receive any recognition—for example, for being faithful to their master in the case of dogs.  The fish can move, but it cannot speak, so it is worth nothing. It must be killed and eaten in quantity.

Only some parts of exotic animals serve to slightly increase our sexual appetite: shark fins, elephant tusks, wild animal skins for shoes, and some other things not worth listing. To get a fin or a pair of tusks, logically, the individual must be killed. It doesn't matter; it's just an animal.  This is our point of view.

Viewed from the height between heaven and this Earth below, we—with our ego almost touching heaven but in no way touching the Earth anymore, this dirty element. 

I don't want to continue with examples of our ignorance. Whoever understands what I mean will already understand it. And whoever doesn't, I am no one to teach anyone. I am not a scientist, as I have told you many times.  Now, something strange is happening in the last twenty years.

We are exploring our surroundings a bit more. This includes space, moons, planets, and even distant galaxies. Every image and every piece of information from the various sensors of our satellites brings us data that we must analyze and filter. 

"Filter" is the word normally used to separate dirt from a clean product. It is also understood as the separation of two products, whether different elements like water and other materials, or solid materials.

Information can also be filtered. Secret information can be intercepted, or one word allowed to pass and another not.

Information from conversations between unimportant people—like talking about the weather—is let through; it can circulate everywhere. But if a keyword is used, like terrorism, weapons, drugs, or the names of the most important presidents, the filtration begins.

Keywords are redirected to a server for personal analysis.  Information, of any kind, today—and possibly in all times—is filtered, that is, first analyzed with a filter to determine if it is allowed or not. With automation, it is increasingly easy for those in power—whoever they may be—to filter and manipulate information.

The filter can also be used to let prefabricated information pass through, with manipulated values—though not necessarily false. As in the case of propaganda, which often promises something that the final product does not deliver. 

Observe in your email program: When you talk with a friend about the latest cell phones, for example. In the same email, an advertisement for some phone appears, as if by magic. "What a coincidence!" you'll think. This is the result of a filter. 

Now, finally, we arrive at my report of today.

In my walks on Mars, I encountered once again an individual or a small family group of some form of life.

No one recognizes it yet as a form of life, so it has no race name, much less an individual name. I return to the beginning of my report, where I asked: "Tell me where you live, and I'll tell you who you are."  

First classification: This individual lives on Mars.

Then, it is an extraterrestrial. Correct. This individual is an extraterrestrial that lives on Mars, our sister planet.  

Second classification: Let's make it more rudimentary than here on Earth. This being does not fly, so it has nothing to do with a bird. Correct. It does not walk, so it is not an animal. The image is a snapshot; we cannot rule out that it can move, though in this case, it doesn't seem very likely.

It is not swimming—what a question, if there is no water on Mars—so it is not a fish. Correct in that it is not swimming, but it is not correct that there is no water on Mars. To classify this individual or this race, what remains is the category of what we would classify on Earth as flora—that is, plants in their countless forms.  Correct; that's how I would classify it, without determining if they have intelligence or not, as a plant or a mixture between fungi and moss, though a high degree of organization in groups and adaptation to the environment is observed.  But I still see more in these beings.

They must have sensors to find the places of their preference to live and the ability to reach those places. It is seen that they have the possibility to grow, to occupy large spaces, in dimensions unknown on Earth. A thousand or thousands of meters long is common, and they also occupy entire square kilometers—them or their relatives.  I responsibly confirm once again that in these individuals, an organized structure is observed, seeking places of their preference, if possible in groups or family groups.

They are always found in places with a high probability of water in their surroundings or below them, whether in liquid or frozen form.  It gladdens me to be able to say with certainty that it is a form of life. A form of life that reacts to the presence of moisture, possibly to electrical or magnetic energies, or to their combination. Electromagnetic fields could be a form of nourishment, like the sun for plants on Earth. Together with the slow absorption of water and—who knows—Martian soil substances, we have a form of life new to us, but just one more in this universe.  Man still has so much trouble believing that there is life a hundred meters above our heads. There the sky begins, and it is reserved for us.

Only when we overcome this selfishness will we have a place in the sky—but not in the biblical heaven, but in the heavens of the universe. The biblical heaven, if it exists, is no less great, and entry to it depends on each one.  Entry to the heavens of the universe depends on us together. Only a united civilization can open the door to these universes and integrate with other beings.

They will never allow us to enter with bombs hidden in our pockets, as we demonstrated recently with that disastrous explosion we made on the Moon.  

Josef Bauer

Source: NASA http://hirise.lpl.arizona.edu/PSP_006873_1800_

http://hirise.lpl.arizona.edu/PSP_006873_1800

http://hirise-pds.lpl.arizona.edu/PDS/EXTRAS/RDR/PSP/ORB_006800_006899/PSP_006873_1800/ PSP_006873_1800_RED.NOMAP.browse.jpg

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The Ship of Dreams in the Crater

Reflection: #055

Another beautiful specimen of a species with a strange form of life on Mars. 

You can say they are dunes, snows, ices of different elements (NASA prefers to speak of carbon dioxide, as if that excluded life and were the only element that freezes on Mars), accumulations of sand, or geological forms. You can qualify my descriptions as illusions, fantasies, or fables—and other terms besides.

I observe these individuals attentively, change their colors—from inverted to black and all shades in between—and, of course, enlarge the images as far as the resolution allows. I do this because, with different colors, the shadows, transparency, dimension, and perspective change, and each aspect reflects something different.

Many times, in inverted color—like the negatives of a roll of film from a photographic camera—the true three-dimensional body of a rock or place becomes clearly visible.  I have the impression—without being able to show evidence—that some images already come inverted from NASA. The black sky in images of the Moon, or perhaps also of Mars, may be altered. The original would then be a transparent white or bluish sky, as we are accustomed to seeing here on Earth. But the black color possibly hides the atmosphere, the stars, or something flying around there.

Many times, I change the black color, and instantly, it looks more normal or more familiar. It loses that mystical tone that black has.  I chose this color, though it could be another—like a gray with blue, which is also very good for giving shape and life to certain structures.  I tell you that you cannot change the appearance of something if it is not, truly, something different, out of the ordinary. Only a structure that does not belong to the environment—be it geological or biological—stands out with variations in color. And who assures us with certainty what filter is used in taking the images?

There are descriptions of the filters, but certainty?

Is there any?

Are there professional experts who have sworn on their honor, by God, by their country, or by humanity that their testimonies are true?

Simply no. They will tell me that I am arrogant.

To ask a scientist for something like an oath? But why not?  Our religion, our faith, our life, our culture, the wars, and much more depend on the analysis of all the information coming from space.

It is no small thing if they send me to fight in a supposed holy war for a cause, to believe in a god who exists only for us, to deliver my soul to a god who did not create beings on another planet—and suddenly, they do exist. Any product on Earth is tested and approved after many controls and multiple analyses for its use—whether food, clothing, building materials, technology, or medicines—so as not to cause harm to anyone.  From NASA come images via the internet, accompanied by a description. Who writes them?

An employee of what category? Of what religion, what training, what political tendency? That's why I tell you, dear readers: My descriptions may be wrong, but I describe what I see.

Without seeking detours for secrets that affect the homeland or the world.

Without thinking of one or several theologies or politics of the day. If something seems like a tree to me, I describe it as such. With more data related to the image, we can improve and correct the description. Until NASA gives us each image with the resolution they have at their disposal, we will describe everything we see, just as it seems to us. Period. What is more sincere? Delivering an image with low resolution, with shadows and parts darkened by computer, or a spontaneous description?  

My description is that this individual is well protected in this crater, lives its life there, and perhaps does not believe that there is intelligent life on this blue planet, its neighbor.  "What do you say?" it said to me when I appeared in one of its long dreams and told it about us.

"The blue planet, Earth, with extraterrestrial life? Not even in dreams, friend!" 

It took a breath and kicked me out of its dreams. Before returning to reality, my last impression was that it laughed. 

Josef Bauer

Source: S1000780

Fuente: Nasa/ Mars Global Surveyor - Mars Orbiter Camera S1000780

http://www.msss.com/moc_gallery/s05_s10/full_gif_non_map/S10/S1000780.gif

                                         Wallpaper: The Dream Ship 1024 x 768

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The Elements of Life on Mars

 

 

Report: #0198

The chemistry of life is based on or built from inorganic matter. The skeleton of all animals is made of calcium and carbon (CaCO3). Large parts of the rest of the bodies are from the union of one hydrogen atom with two oxygen atoms (H2O), or simply water.  We still do not know what effect causes inorganic matter to transform into life, into organic matter.

Possibly, only small energy differences in the atoms regulate the attraction between them. Like opposite magnets attract with this invisible force, different atoms feel a very strong attraction to atoms of other elements. The force of adhesion varies depending on the element produced by the union. The more energy is used for the transformation of the elements, the heavier the new atoms are. This also makes their separation more difficult. The main forces used in nature are heat and pressure, and in counterpoint, gravitation, which separated the atoms of the elements again and again in the past. I am talking about cooled planetary and lunar bodies. Where there is heat in these celestial bodies—whether in the depths or on the surface—the transformation of the elements continues.  This attraction of atoms to saturation, forming new elements in this way, is already a form of life, though still inorganic.

The next step is the adhesion and bonding of these atoms, forming molecules in longer chains that create threads, rings, or crystals, as well as other forms.

"In chemistry, a molecule is defined as a set of at least two atoms covalently bonded that form a stable and electrically neutral system." 

http://en.wikipedia.org/wiki/Molecule

Carbon and hydrogen are the most important elements for forming matter in the two possible forms: inorganic and organic.

The step from one manifestation to the other is very intimate, and thus the relationship between them is just as intimate.  We will not delve deeper into the secrets of life in this report; I only want to show that on Mars too, we have the ingredients to form organic life.

In this image 1/7, we see this dark matter as never before seen in any image. This detail was always shown in gray, in black and white. Never was it so evident that on Mars, we have the ingredients of life. The dark matter is carbon, and the veins are calcium carbonate (CaCO3), carbonate rocks. A carbonate is produced only with the presence of liquid water. Everything that is possible to do in laboratories is another story. I speak of natural environments.  The only thing we cannot set aside in our observation is the time the planet Mars had available for the evolution of life.

The beginnings of the cooling of Earth and the planet Mars are parallel in time. Also the presence of water, but we do not know if the presence of liquid water on Mars's surface was prolonged enough to give rise to life.  It is worth remembering that recently, the possibility of finding water on a planet was flatly denied. Hydrogen, carbon, silicon, calcium, and sodium chloride. As well as oxygen.

In the months of December 2012 and January 2013, we received images showing veins of calcium carbonate in sandstone rocks.

The announcement of finding hydrogenated carbon molecules—a union between carbon and hydrogen, our favorite ingredient of the organic and living, like all life on our Earth—was cautiously softened and withdrawn as a mistaken announcement. It seems they still do not want to write the new history, as was said that the books of that history—which does not speak of the possibility of life outside our planet—would have to be rewritten.  Hydrogen has already been found, for example, by Phoenix and other satellites in Mars's atmosphere. Perchlorates were also found, which are the salts of perchloric acid (HClO4), perchlorate salts.

Sodium chloride (NaCl), calcium chloride. What was missing was calcium and carbon. The union is calcium carbonate (CaCO3), carbonate rocks.

Magnesium carbonate (MgCO3) is another combination of carbon with a metallic element, magnesium. Iron carbonate (FeCO3) is also a carbon compound.

Calcium carbonate is no longer deniable by the color in the Curiosity images. Although at the same time, images from the Opportunity rover with the same calcium veins in another place appear only in black and white and not so easily recognizable.  How many discoveries have we missed due to the lack of color in the images and the sharpness that is also lacking?

Here again, the omission or manipulation of the images makes this dark matter almost unnoticed. I believe that with a small manipulation of the colors on my part—but in favor of seeing the true matter—it came out as a perfect and sensational image.  In this image, we have the calcium veins that embedded themselves inside the rock with the support—and only possible with—the circulation of liquid water that passed through small cracks in the rocks and carried with it atoms of calcium. These atoms formed chains of molecules with other elements, like sulfate, and got trapped inside to form these veins, which, when they dried, hardened. With more erosion from water and wind, some remained well visible and protruding like a network of veins.

A vein of calcium carbonate. Only with liquid water penetrating the rocks can cracks be filled with calcium or other elements.

These processes are well known on Earth, and there are these veins of almost any element, even veins of metal, and gold is found and mined for its value.

Veins in marble stones are used for their beauty to decorate floors, columns, or tables. Almost every element has an industrial use today.  

Large pieces of calcium carbonate: signs of liquid water in the time of production in Mars's past.

And why would it have to be different on a planet so similar to ours? There will be no difference on billions of planets in any galaxy. The percentages will vary due to many effects, like pressure, volcanic activity, and other factors, but always the same elements in greater or lesser percentages.

It would be strange if life did not take advantage of the presence of all these elements to form life at its different levels on other planets as well.  The argument that there is no liquid water on Mars we can contradict: Yes, there is, and even more surely, there was in abundance.

From everything we know, water is present in the form of ice and, very likely, in liquid form in Mars's subsurface.

I believe we will find entire seas and an immense amount of groundwater.

In almost every crater, it is seen that the pressure of groundwater opens the walls and lets the water out. Long and multiple channels show it. Some seem like frozen waterfalls; others caused landslides of earth to lower levels.  We will find underground lakes, and there we will see multiple forms of life that survived the changing climate on the surface.

I believe that intelligent life escaped to another planet when Mars began to suffer this stop in the circulation of hydrogen to the atmosphere and vice versa, as rain to the surface of Mars.

This was the moment when the rivers dried up, the seas received no more water from them, and also a part evaporated, and the rest froze or was lost in the subsurface.

The circuit of hydrogen atoms was cut with an abrupt climate change. There was no longer enough heat to vaporize water and form clouds that the wind carries across the entire planet. The rains no longer fell, and the river channels dried up. Much life ended in a short time.  Life capable of entering caves survived and adapted. The smaller it was, the easier its survival. The dinosaurs no longer had the possibility to reach liquid water.

Thus, the large species ended. Intelligent life can transform any environment into a home. That's why I believe Mars is still inhabited, but in smaller numbers. A civilization accustomed to seeing the sun and plants on the land surely did everything possible to reach another planet—and what would be more logical, from the point of view of an intelligent being on Mars, than to go to Earth or to some habitable moons of Saturn?  So, do not doubt the presence of people from Mars among us—if we are not them ourselves. 

Josef Bauer

 Wallpaper: Elements of Life

 

click on the image  1024 x 768

Link: Original Image

Image 1:

http://mars.jpl.nasa.gov/msl/multimedia/raw/?rawid=0141MR0820012000E1_DXXX&s=141

Full resolution:

http://mars.jpl.nasa.gov/msl-raw-images/msss/00141/mcam/0141MR0820012000E1_DXXX.jpg

Image 2:

0141MR0820047000E1_DXXX

http://mars.jpl.nasa.gov/msl/multimedia/raw/test/?rawid=0141MR0820047000E1_DXXX&s=141

Full resolution:

http://mars.jpl.nasa.gov/msl-raw-images/msss/00141/mcam/0141MR0820047000E1_DXXX.jpg

Etiquetas de Technorati: Life on Mars,calcium carbonate

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Life in the Crater

Report: #0196

Here, I show you images of the same place as in report #0195:Roots, with its own life, but with emphasis on a special form of life.  In the center of this image, let's observe a crater. This crater is approximately 150 meters in diameter. Small for Mars, but I wouldn't have wanted to be nearby when a meteor caused this hole with its impact. For a time, it surely remained like that—clean and empty. But why, in a dead world as they assure us, can so many craters and holes on Mars's surface fill up little by little?

On the Moon, from what we see, this phenomenon does not occur. Though something strange happens there too. In a report, I showed that a crater filled not just once, but at least twice. In that report on the Moon, I explained that after an impact, the crater filled completely, possibly with lava. But what happened in the second impact? It filled again, but this time probably with water. Here is the report on the impact on the Moon: 

Lunar anomalies Part-2 second impact and fill

http://marsandufosmysteries.blogspot.com/2010/09/lunar-anomalies-part-2-second-impact.html

Low places in craters have two effects: one is that they are a hiding spot; the other, and more important, is that they offer shelter from the wind. Probably—and contrary to claims that the atmosphere is very thin, light, and without oxygen—there are storms with strong winds and gusts. We saw it in some images sent, for example, by Phoenix:

http://ovnidigiart.blogspot.com/2008/09/phoenix-temblando-ser-de-miedo-o-por-el.html

http://ovnidigiart.blogspot.com/2008/09/un-torbellino-al-lado-de-phoenix.html

http://ovnidigiart.blogspot.com/2008/09/la-tormenta-despus-del-torbellino-en.html

Wind is more annoying than calm cold. The depth of a crater protects from wind, but not from cold. Cold air runs to the lowest places. Inside a crater, it may be colder than on the surface.

If there is a living being, it chooses, if it can. Wind, distant view, and being seen from afar, or cold, but hidden. Normally, animals tend to hide, adopting forms and colors of their surroundings so as not to be seen or recognized as prey or hunter. But there is another effect: being as deep as possible. Water, which is so scarce or hard to obtain, logically accumulates in the lowest places. If I had to drill with roots the hard, frozen, rocky surface, I would also seek lower places. There, water from rains or mists can accumulate; moreover, drilling with roots is more feasible than hundreds of meters higher up.  If I could create myself, I would design myself with roots capable of drilling rocks and frozen ground to reach groundwater, which certainly exists on Mars. But I would also use my surface to absorb heat and moisture. It is seen in this species—and in many other images I will present—that they have something like mushroom spores, threads, and fine nets to filter something.

What seems a bit blurry or white are probably leaves, tentacles, threads, hairs, or spores, for their protection or to filter something useful for them. This living being—plant, fungus, or whatever we want to call it—covers almost the entire crater.

But moreover, it extends its tentacles outward on two opposite sides, forming something like an animal with a tail and long neck, approximately 260 meters in length. I cannot confirm that it is an animal, but it is something alive. Never would wind or erosion produce something like this. Wind, if blowing for millions of years, yes, can fill craters of any size.

Here, no accumulation of earth and sand from one direction is seen. No, here an structure is seen that takes advantage of the crater for its comfort. It is also noticeable that it is doing well: it is fatter and larger than the others, though there are others longer and thinner.

All have a fine tip that, almost always, disappears into the subsurface. Some come from one side, descend a crater, and rise again, or continue in a curve toward a rock. I repeat and confirm: It is a form of life. Mars is full of them. On many occasions, a crater with a single individual of these inside is seen.  In this image, the tip of one of these tongues or roots is seen coiled. Look closely at the white box: It coils like the tail of some animal on Earth. 

Source: NASA / Mars Global Surveyor - Mars Orbiter Camera S1000780

http://www.msss.com/moc_gallery/s05_s10/images/S10/S1000780.html

I show you another image, but so that you can comment, opine, or laugh yourselves.

Surely, it is a false optical illusion, but it gives me the impression that someone is taking a bite out of one of these roots or lizards. I say no more; I don't want, because of a wrong explanation, the entire report to lose value.  

Josef Bauer

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Roots with a Life of Their Own

Report: #0195

Roots, with its own life, or dunes made by the wind …?

Everything seems to indicate that there is a system in the chronology of the discovery of life on Mars and in the universe in general. First, it was God. Then, God and man.

More daring—because we already ate from the apple of wisdom—was man with God or with the gods. Man placed himself in front and created the gods in his own way. That's when life began in heaven, or in the heavens. The gods became independent from men, their creators, and returned or stayed in the heavens forever.

Thus, man was left alone.

No god was seen around anymore, and the existence of someone outside Earth became a myth. Even the gods were not sure of their existence.

Everyday life developed in civilized countries, like Egypt, Greece, Persia, Ethiopia, Rome in Italy, and along the coasts toward Spain, rising to the islands of the Irish and English. Neither India, nor much less China or America, were known. If someone spoke of distant islands, they didn't believe him.

Only artifacts found of gold increased the interest—surely from indigenous people, from people not worthy of being named as such. European aristocracy did not accept the idea that there was another race or culture like theirs. 

The Pope flatly denied the existence of other civilizations that had the right to be considered men of God. Only with the mission and Christianization could they become part of earthly life. 

Now, after more than two thousand years of total darkness in science, in recognizing the universe as a giant dimension in which we are only a small part, astronomical and physical phenomena begin to be analyzed.

But we are still far from understanding the collected data—or at least, they are not interpreted in a purely scientific way. No, surely they are already analyzed, but interpreted for the public in a religious order, then political, and finally (or first), military. Also economic, because it's good business.

Today, I believe we already have extra-human sensors, like super-sensitive telescopes and radars, that fill us with irrevocable data. But there is always someone—like in the Church—who has to interpret the words. If it's not the Bible, then it's the data sent by the numerous satellites we have as eyes and ears out there beyond our Earth. 

The first prophets were misinterpreted because the first to hear something out of the ordinary—like the presence of a god with some flying apparatus—did not repeat it with the same words. He no longer had faith in what he heard nor the words to describe the new news. Surely, the religious or political powers also had no will to spread the presence of someone else, probably stronger and more powerful than themselves. 

Now, NASA allows us to see some selected photos. From these images, we—the people—can read some new characteristics, previously flatly denied.

NASA satellites clearly receive signals of hydrogen and methane molecules on Mars.

Phoenix landed on a sheet of ice, put something in an oven to analyze the vapor produced by the heated ice, and they couldn't determine if it was water or not. 

Some Links:

Excavadora de Phoenix

El sistema del análisis de la Tierra del Phoenix era...

Phoenix broke the ice!

Ice under the Phoenix Mars Lander

The Phoenix of snows, and not from the ashes

Although it is clearly seen in the images that there is snow and ice, it is not officially recognized. Later, they found some oil, petroleum, and salt, which, according to them, totally prevents life in such soil. Methane, petroleum, and salt are biological products—something alive or products of something alive. But they are capable of giving another interpretation. 

Now, I look at images of Mars and find biological structures in every one. Even dunes can be biological if they have organization, an orientation toward a magnetic or electrical structure. Why do I say this?

Wind cannot carry sand in curves, unite it in low parts of a crater, and make it climb walls—or, on the contrary, descend to the ground in search of water. If there are no magnetic or electrical lines, a dead dune goes nowhere. Sand accumulates in mountains, but without logical orientation. Here, in these photos, roots are seen that come or go in curves and end in the subsurface.

These roots divide or unite in the middle of their bodies, like veins, like plant roots.

Even if it is an accumulation of sand, I am convinced that they have some magnetism, some need caused by an electrical impulse, by sensors sensitive to some attraction to water or a magnetic field.

Forms of life can be so different from what is known that we cannot discover them easily. The laws of life are the same everywhere, but the transformation of these physical effects has no limits in its fantasy.

What does evolution care about time? Nothing. It uses it as food for its creations. A tree does not move, a plant with roots does not walk, but grows, opens and closes its flowers every morning and night. The movement of something alive can be fast, but also slow.  My interpretations—even everything—can be wrong, but let's not let a small club of wise men interpret the evidences for us.

Let us interpret for ourselves what we see. If the color I see is the same as the one you see, we will never know.

So it will be with the descriptions in the future of biologists and geologists on other planets. But let us be very careful not to be deceived for another thousands of years with false testimonies, with the denial of more lives and places with life outside our reach or sight.

Let us no longer deny something as natural as life. 

Josef Bauer

Source / Credit: Mars Global Surveyor - Mars Orbiter Camera S1000780

http://www.msss.com/moc_gallery/s05_s10/images/S10/S1000780.html

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Snake Corps Relief with Dolphin-Shaped Head

Report: #0188

Next to the column, is the base of a construction? Or is it a stone relief of a dragon, a viper, a dolphin, or some reptile with a dolphin-like face and mouth? I already thought it was a sensation come true. 

The presentation of an artificial column in my Report 187 The Pillar or the column that could be at the entrance of a temple on Mars made me very happy.

Then I examined this base next to the column more calmly. Right away, I realized it was something more. This base had, where it ends on the right side, something like a face. From afar, it looks like a viper or a dragon.

Upon enlarging it, it is seen that it is a relief. A relief of a reptile. This reptile has a rounded head and a point in the mouth, like dolphins have. I dare to say it has its mouth open.  

 

In this image, I placed over the original an image of a dolphin: first transparent, then semi-transparent, and finally solid. The eyes and mouth match the relief completely. The body, on the other hand, is that of a reptile.  

What do we have now? An artificially made column and, directly beside it, a relief of a reptile. Didn't all the Maya temples also have dragons and reptiles on their walls? Of course. Snakes along every wall. The symbol of the flying serpent, the dragon, is found worldwide in sacred temples, always connected with the mystery of sky visitors.  

Did I find the connection between our ancient cultures and a much older culture, moreover on another planet? The indications speak in our favor.  What do dolphins have to do with gods? Were dolphins brought from another planet? Are dolphins inhabitants of Mars?

A few meters above the dragon, on a wall of stone and sand, you can see—coincidentally—once again something like a dolphin. Coincidence or more evidence?  

When Mars dried up, was an attempt made to save a race or an intelligent species, and a sufficiently large number brought to Earth, where water abounds?

The Ark of Noah from Mars came with beings from another planet so that the most important species could survive.

Wouldn't we do the same? In fact, we already did. The Ark of Noah was used precisely to save as many species as possible. Not all beings of a species were saved with the ark. No, always a pair, so the species could survive. It doesn't matter where, but that it survived.  This idea must be kept in mind and followed up on clues here on Earth.

Many animals do not have a completely closed history. No, even in humans, links are missing in the skeletons found. It may be that Darwin was right. It may be that the creation of beings and animals was done as the Bible says, adapted to the environment of each planet. But here on our Earth, every species is missing one or more links from its beginning to its current form.  It may be that some of these animals appeared suddenly and took a place in the fauna—and why not also in the flora.

It may be that plants from Mars were brought. The banana or corn are plants of the gods, says the legend. The banana is an annual plant. Next to the old plant, new little plants are born that produce in the same year. But how did the first plant arrive to grow and produce? 

The disappearance of the dinosaurs has no plausible explanation. If a world dies completely, or no one dies. Why precisely the dinosaurs, with hundreds of millions of years of survival? Animals perfectly adapted and present worldwide. There are fossils in China, Argentina, the United States, Europe. A meteor cannot kill a selected species and leave all the others in peace.

A dinosaur is so large that, in a hunt with UFOs and magnetic fields, all animals responding to a specific frequency could be paralyzed. If an animal is paralyzed while eating, sleeping, or walking, in a few minutes it suffocates. That's how simple it is to end large animals if you have the technology.

Someone needed space on this Earth!

Someone much weaker than those great hunters.  A comet can also be directed on a collision course. That would be easier than destroying it before the collision, as we want to do.  Mars did not dry up in a day. First, they sought, with all means, to bring water to the centers, the cities. After a time, the battle was lost, and the strategy changed. They began to prepare Earth for a new colonization.

That's how I imagine, with all seriousness, what happened in Mars's past and our past.  This mixture of legends, indications of new knowledge, mixing of species, and climate change on Earth—all points to an intervention by someone.

Our past is as interesting as it is secret. No one must know what really happened.  I will end, but this topic must be discussed again and again, without any taboo.

Everything is possible, even the unthinkable. 

Josef Bauer

Source: NASA Opportunity Panoramic Camera Sol 1157 1P230896324EFF81ZEP2409L2M1

Mars rover images: this is the link to the images of the last two reports

http://marsrovers.jpl.nasa.gov/gallery/all/ 1/p/1157/1P230896324EFF81ZEP2409L2M1.HTML

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