What does this echo in the universal chamber of science? There can be no forces, other than the passive forces found in nature, forces like gravity, electrical and magnetic, at work in the world. If there are no forces to affect the formation of life, then life has to form spontaneously. This is ignorant science, which ignores current force, When it comes to the question of why the planet orbits the sun, the men who hadn’t quit arguing about whether it was motionless or even orbited the sun concluded it didn’t need current force to orbit because forces put it in motion some time in the distant past and it’s just been orbiting ever since because nothing has slowed it down. The only force available to slow it down was gravity, but fortunately, when the explanation for gravity was thought up, it was concluded, because the conclusion that an historical force causes orbiting was correct, that because the planet was still orbiting, gravity didn’t slow a planet down. Here science is doing its usual, making up an answer, then using another made-up answer to prove the new made-up answer.
Another physical phenomenon where science ignores the need for current force, and actually the physical phenomenon that generates life, is planetary rotation. It’s amazing how science came to terms with the fact that the planet orbits the sun, by ignoring that it orbits the sun (needs no current force to orbit) while acknowledging it. Under the old view, the planet neither rotated nor orbited. Under the new view, it does both without the need for any force. The idea the planet doesn’t need a current force to keep it in motion is contradicted by so much physical evidence that one wonders if the gnomes of science are two short to even see over their noses. We encountered the obvious fact that the planet speeds up air that is returning to the equator, and that it takes a current force to do that. We can look at the ocean currents driven by the rotating planet and even the tides (find a scientist who can use the moon to predict the tides or better, ask a scientist if the moon predicts the tides and when he says yes, ask for the evidence. After all this, more than any other made-up answer, the moon causes them, should be demonstrable, but golly, no one's tried.). The notion that the Earth has been rotating for five billion years with no current force is so absurd, it’s universally accepted without question. Other beliefs (which is a notion with no proof) are routinely questioned, from religion to evolution, but not the magically rotating Earth!
How does the planet’s rotation produce life?
(To be continued)
Saturday, February 23, 2008
Saturday, February 16, 2008
Life
In the early fifties, there was a flurry of attempts to crate life in the laboratory by simulating the Earth’s primordial soup and passing electricity through it. The key experiment, and the most famous, was performed by Miller and Urey. After operating the experiment for a week, Miller and Urey were able to demonstrate the existence of organic compounds in the controlled setting. Thus, while the experiment didn’t produce life, it produced the remnants of life (or to turn it around, the building blocks of life). The experiment is widely performed today with new conceptions of what the conditions on Earth were at the beginning. As none of the experiments produced viable life, the explanation for the origins of life has shifted to attempting to hypothesize how various atoms and molecules of atoms might have spontaneously combined in the primordial soup. Needless to say, nothing has worked.
Of course, as usual science is attempting to explain something that it hasn’t even defined. For example, some definitions of life include viruses, others don’t. Some consider life to be the opposite of life. It appears to be one of those things like beauty, we can’t define it, but we know it when we see it. One thing is certain, however, it formed spontaneously in a primordial soup (unless it came from outer space, which is really stupid, because if it came from outer space, then the question should be, how did it form before it got transported here? Science loves to answer questions by giving the appearance of answering them.)
As for the primordial soup theory, that was a 1920s conjecture that came, after the Miller/Urey experiment in the 50’s, accepted, which means that instead of ever again questioning the primordial soup theory, science bickers about what it was made of. Much more important, and indicative of scientific ignorance, is the unquestioned assumption that life needs to be formed spontaneously.
(to be continued)
Of course, as usual science is attempting to explain something that it hasn’t even defined. For example, some definitions of life include viruses, others don’t. Some consider life to be the opposite of life. It appears to be one of those things like beauty, we can’t define it, but we know it when we see it. One thing is certain, however, it formed spontaneously in a primordial soup (unless it came from outer space, which is really stupid, because if it came from outer space, then the question should be, how did it form before it got transported here? Science loves to answer questions by giving the appearance of answering them.)
As for the primordial soup theory, that was a 1920s conjecture that came, after the Miller/Urey experiment in the 50’s, accepted, which means that instead of ever again questioning the primordial soup theory, science bickers about what it was made of. Much more important, and indicative of scientific ignorance, is the unquestioned assumption that life needs to be formed spontaneously.
(to be continued)
Saturday, February 9, 2008
The Weather (continued)
As this process is a daytime operation, interrupted during the nighttime hours, the ice flecs form into gigantic sheets that move northward, each sheet the product of a day’s molecular conversion into atoms. As these sheets of atoms move north, they increasingly move into a smaller volume. With the volume gradually diminishing, they are forced down into the slower moving lower atmosphere. These air masses are warmer than the air masses containing the sheets of ice flecs and thus start field replacing the ice flecs. The orbiting electrons tightly bound to the nuclei of the hydrogen and oxygen atoms come into contact with the ambient field of the warmer air masses. The ambient field, being warmer, is electron rich, the electrons replacing the excess affinity propensities of the hydrogen and oxygen nuclei. As they do so, electrons leave their orbiting clouds. As the water molecule is a much more efficient way of balancing affinity propensities, the individual atoms, when they reach a point where the excess affinity propensities of their nuclei have been satisfied by the electrons in the ambient field (when the environment is hot enough), will recombine into water molecules.
The rate at which this recombination occurs determines the type of weather that results because as the water molecules form, they reduce the number of electrons that are needed in the orbiting clouds of the resulting molecules. These electrons, which have been transported north by the ice flecs, are released into ambient field. The faster the ice flecs convert into water, the more these electrons have to be absorbed by the ambient field. If the process is slow, the ambient field can absorb them without trouble. This works to produce a steady rain with no thunder and lightning. However, if the ice flecs are pushed down into warmer air, the conversion will become more rapid. When the ambient field cannot absorb all of the electrons being generated by the conversion, the electrons have to find a source of excess affinity propensity. The ground is just such a source, and as they collect, they organize themselves into electricity and are discharged into the earth in the form of lightning, with the lightning discharge producing the thunder that marks the name of this type of storm.
Many people consider the thunderheads formed in the southwest to be the most magnificent of thunderstorms. Instead of decreasing area forcing ice flec carrying air down, the mountains in the southwestern United States force the lower air into the path of the northerly moving ice flec sheets. This results in the formation of giant thunderheads that are themselves moving rapidly in a northeast direction, the result of the rapidly moving air being forced over a slower moving Earth. As the air in this part of the country at this particular time of year is heated, the conversion process is rapid and violent. The water is unable to form fast enough and instead forms ice. Because this ice is not formed from water, but rather from the ice flecs themselves, these evidence the same characteristics that ice left to long in the freezer demonstrate, the lack of electrons holding the hydrogen and oxygen atoms together mentioned in the chapter on field replacement.
These thunderheads, located as they are in a heated environment, also demonstrate a unique weather phenomenon. As the storm moves in a northeasterly direction, releasing electrons in the conversion process, those excess electrons are absorbed by the earth as lightning. The thunderhead is also blocking the sun out from beneath it as it moves. The ground beneath is already very warm. Remembering the effect of field replacement on the earth, when the sun is out, it replaces electrons and when it’s not, the earth absorbs electrons. Thus the temporary darkness when the thunderhead is directly overhead, allows the earth to absorb these electrons readily.
What happens as the thunderhead passes, eliminating the temporary night-like conditions? The ground became supersaturated with electrons during the period the storm was overhead. What happens when the thunderhead passes and daylight comes?
The sun begins to field replace the ground once again, which means that all of the electrons absorbed while the sun was blocked by the storm start to leave the ground en masse, causing, at the least, massive heated updrafts of air. Sometimes, the storm has been so violent and the ground so hot, these updrafts themselves begin to swirl, the electron flows acting like inductances on the air. The air organizes itself around them.
The result?
Tornadoes, which form in the wake of these thunderheads.
The rate at which this recombination occurs determines the type of weather that results because as the water molecules form, they reduce the number of electrons that are needed in the orbiting clouds of the resulting molecules. These electrons, which have been transported north by the ice flecs, are released into ambient field. The faster the ice flecs convert into water, the more these electrons have to be absorbed by the ambient field. If the process is slow, the ambient field can absorb them without trouble. This works to produce a steady rain with no thunder and lightning. However, if the ice flecs are pushed down into warmer air, the conversion will become more rapid. When the ambient field cannot absorb all of the electrons being generated by the conversion, the electrons have to find a source of excess affinity propensity. The ground is just such a source, and as they collect, they organize themselves into electricity and are discharged into the earth in the form of lightning, with the lightning discharge producing the thunder that marks the name of this type of storm.
Many people consider the thunderheads formed in the southwest to be the most magnificent of thunderstorms. Instead of decreasing area forcing ice flec carrying air down, the mountains in the southwestern United States force the lower air into the path of the northerly moving ice flec sheets. This results in the formation of giant thunderheads that are themselves moving rapidly in a northeast direction, the result of the rapidly moving air being forced over a slower moving Earth. As the air in this part of the country at this particular time of year is heated, the conversion process is rapid and violent. The water is unable to form fast enough and instead forms ice. Because this ice is not formed from water, but rather from the ice flecs themselves, these evidence the same characteristics that ice left to long in the freezer demonstrate, the lack of electrons holding the hydrogen and oxygen atoms together mentioned in the chapter on field replacement.
These thunderheads, located as they are in a heated environment, also demonstrate a unique weather phenomenon. As the storm moves in a northeasterly direction, releasing electrons in the conversion process, those excess electrons are absorbed by the earth as lightning. The thunderhead is also blocking the sun out from beneath it as it moves. The ground beneath is already very warm. Remembering the effect of field replacement on the earth, when the sun is out, it replaces electrons and when it’s not, the earth absorbs electrons. Thus the temporary darkness when the thunderhead is directly overhead, allows the earth to absorb these electrons readily.
What happens as the thunderhead passes, eliminating the temporary night-like conditions? The ground became supersaturated with electrons during the period the storm was overhead. What happens when the thunderhead passes and daylight comes?
The sun begins to field replace the ground once again, which means that all of the electrons absorbed while the sun was blocked by the storm start to leave the ground en masse, causing, at the least, massive heated updrafts of air. Sometimes, the storm has been so violent and the ground so hot, these updrafts themselves begin to swirl, the electron flows acting like inductances on the air. The air organizes itself around them.
The result?
Tornadoes, which form in the wake of these thunderheads.
Saturday, February 2, 2008
The Weather (continued)
When we look closely at what has happened on an atomic level, we find something very interesting going on. We now know that the model of an atom with a fixed number of electrons orbiting its nucleus in defined orbits was a mentalization. In reality, there is an orbiting cloud of electrons as noted in Chapter 2 (and today, by most of the scientific community). This cloud of orbiting electrons is held in place by the excess affinity propensity of the nucleus. The water molecule, three atoms held together, has an orbiting cloud of electrons that has replaced the orbiting clouds of the individual atoms. Atoms that form into molecules give up their individual clouds, with the new molecule attracting a cloud that orbits whatever the newly created excess affinity propensity is.
It is this orbiting cloud of the water molecule that is being field replaced by the rays of the equatorial sun and in the process breaking the hydrogen and oxygen atoms apart, where they begin to rise. However, there is one other process that is occurring as the process continues throughout the day. The hydrogen and oxygen atoms, as soon as they separate, need to form new orbiting clouds. The area in which this process is occurring has ample electrons in its ambient field to accomplish the task. First, the electrons from the orbiting clouds of the water molecules are available. Second, the electrons in the incoming flows of light are breaking down and in abundance. Thus, each atom has no trouble forming its own orbiting cloud of electrons.
Because we know that these electrons will rise and form the northerly moving part of the atmosphere, we can stop for a moment and examine what is actually happening here. The process of breaking down a water molecule, with a single orbiting cloud, into its constituent atoms and the formation of new orbiting clouds by those atoms, has soaked up electrons at the equator. Electrons are energy, so basically the process is storing equatorial energy, the incredible heat that occurs from having the sun beating down constantly, energy that can then be moved to another place. What place? North.
As the lower moving air masses arrive from the poles, they force the air masses that are already at the equator to start their northerly journey. But these air masses having been receiving the rising hydrogen and oxygen atoms. As these atoms rise, they encounter colder temperatures. Colder temperatures are merely a reduction of field replacement. When atoms experience field replacement, they give up electrons to the extent the field replacement satisfies the excess affinity propensities of their nuclei. When atoms are subject to reduced field replacement, they attempt to obtain electrons out of the ambient field, and to the extent they can’t, they hold the electrons they do have even closer.
Thus, the atoms rising at the equator that used to constitute water, now hug their orbiting clouds of electrons closer and closer, becoming more self-contained the colder they becomes. However, because the product isn’t ice, as one would normally suppose if it were a case of evaporating water molecules, I had to term them ice flecs to distinguish them from ice.
(To be continued)
It is this orbiting cloud of the water molecule that is being field replaced by the rays of the equatorial sun and in the process breaking the hydrogen and oxygen atoms apart, where they begin to rise. However, there is one other process that is occurring as the process continues throughout the day. The hydrogen and oxygen atoms, as soon as they separate, need to form new orbiting clouds. The area in which this process is occurring has ample electrons in its ambient field to accomplish the task. First, the electrons from the orbiting clouds of the water molecules are available. Second, the electrons in the incoming flows of light are breaking down and in abundance. Thus, each atom has no trouble forming its own orbiting cloud of electrons.
Because we know that these electrons will rise and form the northerly moving part of the atmosphere, we can stop for a moment and examine what is actually happening here. The process of breaking down a water molecule, with a single orbiting cloud, into its constituent atoms and the formation of new orbiting clouds by those atoms, has soaked up electrons at the equator. Electrons are energy, so basically the process is storing equatorial energy, the incredible heat that occurs from having the sun beating down constantly, energy that can then be moved to another place. What place? North.
As the lower moving air masses arrive from the poles, they force the air masses that are already at the equator to start their northerly journey. But these air masses having been receiving the rising hydrogen and oxygen atoms. As these atoms rise, they encounter colder temperatures. Colder temperatures are merely a reduction of field replacement. When atoms experience field replacement, they give up electrons to the extent the field replacement satisfies the excess affinity propensities of their nuclei. When atoms are subject to reduced field replacement, they attempt to obtain electrons out of the ambient field, and to the extent they can’t, they hold the electrons they do have even closer.
Thus, the atoms rising at the equator that used to constitute water, now hug their orbiting clouds of electrons closer and closer, becoming more self-contained the colder they becomes. However, because the product isn’t ice, as one would normally suppose if it were a case of evaporating water molecules, I had to term them ice flecs to distinguish them from ice.
(To be continued)
Saturday, January 26, 2008
The Weather (continued)
What is it about the upper air, as a result of diminishing area, being forced down into the slower moving returning air that creates the weather?
We were introduced to the concept of ice flecs in the last chapter on field replacement. Because water disappears when it is boiled and when it is placed in a pan under the sun, science’s monkey say process of analogizing concludes the same process is at work in both cases. If water is in the atmosphere, it evaporated just like boiling water evaporates. There’s nothing unique about rain, it just came from a bigger pot of water. When we see a storm brewing, we look for a body of water that could have produced the storm, and that’s it. We get this pablum from a science that can’t even tell us how heat is transferred in the atmosphere. We hear endless references to hot air rising above colder air, but other than assuming the hot air must have been heated by the sun, we are stuck in place, with weather being a confluence of local conditions. In fact, following the mistaken conclusion that the Earth absorbs the sun’s rays during the day and radiates them at night, meteorologists have concluded that the earth is heated by the sun and that’s the source of all weather. Because this explains no weather, science has added conduction, the contact of the air with the heated earth and subsequent contact with other areas, giving the air more movement, and convection, the catch-all that finds currents of air moving from one place to another, with only the existence of these convection currents attesting to their movement (which is to say, we found heat flowing from here to there, so it must be doing so as a result of a convection current).
None of this provides a cohesive explanation of how, or even why, heat moves in the atmosphere, just ad hoc explanations for local heat movement. But then, science is nothing but a bunch of ad hoc explanations for reality that have one thing in common, mass/gravity. If we start off examining exactly what might be happening, and the context in which it is happening, we can get a clearer picture of just what is going on. The context is the circulating air masses that move up and down the planet and happening part is exactly what happens when water is left out in the sun.
If we pick a point on the circulating air masses, we would have to choose the equator if for the only reason that we are examining what is causing the water to disappear. The equator is filled with sunlight under which vast amounts of water can disappear. The question is, what’s the process that the water undergoes to disappear? It certainly isn’t evaporating like boiling water disappears. It’s ludicrous to think that the equatorial waters are boiling. What evidence is that that the water is disappearing at all? Science can’t claim that a pan of water left out in the sunlight to disappear behaves differently than the water sitting under the sunlight at the equator. If one disappears, the other must also disappear. It’s not turning into steam, so where is it going?
The answer lies at the molecular level. If the water is disappearing, then it must be in a form other than water. In a world where chemistry can alter the molecular structure of just about everything with the simple application of energy, this shouldn’t seem the least bit beyond our powers of reason. But for a science that has mindlessly viewed the disappearance of water as the same as boiling water, it’s novel. And for a science that doesn’t keep up with technology, it’s an impossibility. For instance, what technology separates two elements, one of them oxygen, using energy in the form of electricity. One of the most common elements in our existence, aluminum. Aluminum molecules come with two atoms of the element combined with three atoms of oxygen. Passing electricity through the molecule separates the molecular binding of the two and the heavier aluminum atoms sink to the bottom.
Instead of electricity, the energy of sunlight is striking the water molecule, breaking its molecular bond. The oxygen atom is heavier than the hydrogen atom, but both are lighter than the atmosphere, so they rise. (The atmosphere is composed of diatomic nitrogen and oxygen atoms, atoms held in pairs, and therefore is composed of atom pairs with twice the atomic weight of the individual chemical elements. While the released hydrogen atom remains in diatomic form, it’s still much lighter than the atmosphere. The oxygen atom is not diatomic, so it is also lighter than the atmosphere, which is composed of diatomic atoms. With unequal weight pf the hydrogen and oxygen atoms, they rise at different rates and are unable to recombine into water, which they might do if they were in a confined space.
To be continued)
We were introduced to the concept of ice flecs in the last chapter on field replacement. Because water disappears when it is boiled and when it is placed in a pan under the sun, science’s monkey say process of analogizing concludes the same process is at work in both cases. If water is in the atmosphere, it evaporated just like boiling water evaporates. There’s nothing unique about rain, it just came from a bigger pot of water. When we see a storm brewing, we look for a body of water that could have produced the storm, and that’s it. We get this pablum from a science that can’t even tell us how heat is transferred in the atmosphere. We hear endless references to hot air rising above colder air, but other than assuming the hot air must have been heated by the sun, we are stuck in place, with weather being a confluence of local conditions. In fact, following the mistaken conclusion that the Earth absorbs the sun’s rays during the day and radiates them at night, meteorologists have concluded that the earth is heated by the sun and that’s the source of all weather. Because this explains no weather, science has added conduction, the contact of the air with the heated earth and subsequent contact with other areas, giving the air more movement, and convection, the catch-all that finds currents of air moving from one place to another, with only the existence of these convection currents attesting to their movement (which is to say, we found heat flowing from here to there, so it must be doing so as a result of a convection current).
None of this provides a cohesive explanation of how, or even why, heat moves in the atmosphere, just ad hoc explanations for local heat movement. But then, science is nothing but a bunch of ad hoc explanations for reality that have one thing in common, mass/gravity. If we start off examining exactly what might be happening, and the context in which it is happening, we can get a clearer picture of just what is going on. The context is the circulating air masses that move up and down the planet and happening part is exactly what happens when water is left out in the sun.
If we pick a point on the circulating air masses, we would have to choose the equator if for the only reason that we are examining what is causing the water to disappear. The equator is filled with sunlight under which vast amounts of water can disappear. The question is, what’s the process that the water undergoes to disappear? It certainly isn’t evaporating like boiling water disappears. It’s ludicrous to think that the equatorial waters are boiling. What evidence is that that the water is disappearing at all? Science can’t claim that a pan of water left out in the sunlight to disappear behaves differently than the water sitting under the sunlight at the equator. If one disappears, the other must also disappear. It’s not turning into steam, so where is it going?
The answer lies at the molecular level. If the water is disappearing, then it must be in a form other than water. In a world where chemistry can alter the molecular structure of just about everything with the simple application of energy, this shouldn’t seem the least bit beyond our powers of reason. But for a science that has mindlessly viewed the disappearance of water as the same as boiling water, it’s novel. And for a science that doesn’t keep up with technology, it’s an impossibility. For instance, what technology separates two elements, one of them oxygen, using energy in the form of electricity. One of the most common elements in our existence, aluminum. Aluminum molecules come with two atoms of the element combined with three atoms of oxygen. Passing electricity through the molecule separates the molecular binding of the two and the heavier aluminum atoms sink to the bottom.
Instead of electricity, the energy of sunlight is striking the water molecule, breaking its molecular bond. The oxygen atom is heavier than the hydrogen atom, but both are lighter than the atmosphere, so they rise. (The atmosphere is composed of diatomic nitrogen and oxygen atoms, atoms held in pairs, and therefore is composed of atom pairs with twice the atomic weight of the individual chemical elements. While the released hydrogen atom remains in diatomic form, it’s still much lighter than the atmosphere. The oxygen atom is not diatomic, so it is also lighter than the atmosphere, which is composed of diatomic atoms. With unequal weight pf the hydrogen and oxygen atoms, they rise at different rates and are unable to recombine into water, which they might do if they were in a confined space.
To be continued)
Saturday, January 19, 2008
The Weather (continued)
How can we all be living in the lower air mass if we’re going different speeds? The lower air mass is speeding up as it returns. The Earth is turning, and as it does so, it’s carrying us along at the speed it’s turning. However, we aren’t aware of the speed for one simple reason, the atmosphere is turning at the same speed we are, give or take a few miles per hour, and this means the air at the equator is moving at about 1,000 mph while the air at the Pole is not moving at all. The air in between these points is moving at whatever speed the circumference of the Earth dictates at that point. The air moving toward the Pole starts out at about 1,000 mph and ends up at 0 mph, while the atmosphere returning beneath it starts out at 0 mph and ends up traveling at about 1,000 mph. You do the math. Don’t bother, it’s quite simple, the air that is moving toward the Pole has to slow down, the air moving back down to the equator from the Pole has to speed up.
So we have air we know is moving down close to the Earth beneath the air moving toward the equator, and we know by mathematically measuring it that it is speeding up. But that’s not the only part of the story that puts meteorologists into a mindless bind from which all the absurd models created by the most sophisticated (and expensive) computer technology can produce will never be able to extract it. This part of the story is also mathematically verifiable. It never ceases to amaze me how an empirical science who’s claim to validity is based on mathematics, produces concepts, turns those concepts into laws, then ignores the measurements of reality when they conflict with its made up laws.
The atmosphere is traveling toward the Pole over areas of the Earth with decreasing circumferences. Although it is traveling several miles up, we’ll use the Earth’s circumference to measure the increasingly confining spaces the atmosphere is moving into. When the atmosphere begins its journey to the Pole, the circumference is 15,000 miles. What is combined with circumference to determine volume? That’s a simple mathematical answer, radius. Rounding off, we can say the radius of the Earth at the equator is 4,000 miles. The radius of the Earth at the Pole is also about 4,000 miles. However, we aren’t measuring the radius of the Earth, we are measuring the radius of the circumference to its center as the circumference of the atmosphere moving to the Poles decreases. Thus, at the equator, it might be 4,000 miles, but further north it would be 3,000 miles, then 2,000 miles until it reached the Pole, at which point it would be zero.
The areas the atmosphere has to occupy is getting smaller and smaller the further toward the Pole it moves. Not only is the atmosphere being forced into a smaller area, it is doing so when it is traveling faster than the Earth beneath it. Both the Earth and the atmosphere are traveling in the same direction, from east to west, but the further toward the Pole the atmosphere is moving, the slower the Earth is traveling from east to west. What’s the obvious result? As the atmosphere is moving into smaller areas, it is forced down into the atmosphere beneath it, and this atmosphere is traveling at the same from east to west as the Earth at any point on the Earth’s surface. Thus, the faster moving air is forced down into the slower moving air. As clouds form they are still moving faster than the surface of the Earth and that’s why the clouds move from west to east. They are moving faster than the surface of the Earth is moving. It also explains the Jet Stream.
Meteorology could have figured all this out, including the obvious fact that friction with the surface of the Earth is what causes the atmosphere, once it is forced down, and, through intermixing, sometimes in violent ways, with the slower atmosphere heading back to the equator, to produce the weather that is so difficult to predict (again, satellite tracking is not predicting, its just more accurate forecasting), if it weren’t for the obvious fact that the friction with the Earth is speeding up the returning atmosphere is fiction, a made-up scientific fact. It has to be fiction because, according to empirical science, the Earth has been spinning frictionlessly in space for 5 billion years. The fact that it’s spinning is proof that its surface does not produce friction with the atmosphere. Ergo, meteorology could not explain reality by using factual reality to describe what is obviously happening. It is a science, or at least it seeks to be a science, and to be a science, become a respected member of the empirical community instead of just a bunch of mystical forecasters, it had to conform to the empirical code of laws, the basic one being gravity is a property of and proportional to mass, and that law is based on the known fact the Earth has been spinning frictionlessly in space for 5 billion years.
In short, we, in all our wisdom, are just as ignorant as those who claimed the Earth couldn’t be orbiting the sun because if it were, we’d all be blown off.
To be continued)
So we have air we know is moving down close to the Earth beneath the air moving toward the equator, and we know by mathematically measuring it that it is speeding up. But that’s not the only part of the story that puts meteorologists into a mindless bind from which all the absurd models created by the most sophisticated (and expensive) computer technology can produce will never be able to extract it. This part of the story is also mathematically verifiable. It never ceases to amaze me how an empirical science who’s claim to validity is based on mathematics, produces concepts, turns those concepts into laws, then ignores the measurements of reality when they conflict with its made up laws.
The atmosphere is traveling toward the Pole over areas of the Earth with decreasing circumferences. Although it is traveling several miles up, we’ll use the Earth’s circumference to measure the increasingly confining spaces the atmosphere is moving into. When the atmosphere begins its journey to the Pole, the circumference is 15,000 miles. What is combined with circumference to determine volume? That’s a simple mathematical answer, radius. Rounding off, we can say the radius of the Earth at the equator is 4,000 miles. The radius of the Earth at the Pole is also about 4,000 miles. However, we aren’t measuring the radius of the Earth, we are measuring the radius of the circumference to its center as the circumference of the atmosphere moving to the Poles decreases. Thus, at the equator, it might be 4,000 miles, but further north it would be 3,000 miles, then 2,000 miles until it reached the Pole, at which point it would be zero.
The areas the atmosphere has to occupy is getting smaller and smaller the further toward the Pole it moves. Not only is the atmosphere being forced into a smaller area, it is doing so when it is traveling faster than the Earth beneath it. Both the Earth and the atmosphere are traveling in the same direction, from east to west, but the further toward the Pole the atmosphere is moving, the slower the Earth is traveling from east to west. What’s the obvious result? As the atmosphere is moving into smaller areas, it is forced down into the atmosphere beneath it, and this atmosphere is traveling at the same from east to west as the Earth at any point on the Earth’s surface. Thus, the faster moving air is forced down into the slower moving air. As clouds form they are still moving faster than the surface of the Earth and that’s why the clouds move from west to east. They are moving faster than the surface of the Earth is moving. It also explains the Jet Stream.
Meteorology could have figured all this out, including the obvious fact that friction with the surface of the Earth is what causes the atmosphere, once it is forced down, and, through intermixing, sometimes in violent ways, with the slower atmosphere heading back to the equator, to produce the weather that is so difficult to predict (again, satellite tracking is not predicting, its just more accurate forecasting), if it weren’t for the obvious fact that the friction with the Earth is speeding up the returning atmosphere is fiction, a made-up scientific fact. It has to be fiction because, according to empirical science, the Earth has been spinning frictionlessly in space for 5 billion years. The fact that it’s spinning is proof that its surface does not produce friction with the atmosphere. Ergo, meteorology could not explain reality by using factual reality to describe what is obviously happening. It is a science, or at least it seeks to be a science, and to be a science, become a respected member of the empirical community instead of just a bunch of mystical forecasters, it had to conform to the empirical code of laws, the basic one being gravity is a property of and proportional to mass, and that law is based on the known fact the Earth has been spinning frictionlessly in space for 5 billion years.
In short, we, in all our wisdom, are just as ignorant as those who claimed the Earth couldn’t be orbiting the sun because if it were, we’d all be blown off.
To be continued)
Saturday, January 12, 2008
The Weather (continued)
This is what meteorology sold in exchange for the opportunity to become a real science, one that measured the reality of the winds and rain that is the basis of our existence.
Meteorology has been forced to make one conclusion, while ignoring completely the logical consequences of that conclusion, because it has agreed with science on Newton’s folly that the rotation of the Earth isn’t affected by weather. The factual model of the weather that has emerged from meticulously measurements of the atmosphere shows two giant circular flows of air, one flowing north, the other flowing south. The air rises at the equator and flows north and south. The air flowing to the Poles rises and travels over the air moving back to the equator. The air moving back to the equator travels beneath the above layer of air. If we confine our discussion to the Northern Hemisphere, we have a giant circulation of air, with the northerly moving air masses passing over the southerly moving masses that are hugging the ground.
This is a factual statement of how the air circulates. It has been derived from the statistical data from an untold number of weather balloons. This is true science, the collection of facts, and not the science we’re talking about, the science that creates basic assumptions out of thin air (or the ruminations of dead men who knew nothing) and then impose those assumptions as received wisdom. However, when facts contradict theory, the facts are the first to go. Here, facts disagree with the iron clad rule that the atmosphere doesn't affect the rotation of the planet, so the fact that the Earth’s atmosphere is circulating is disconnected from the fact that the circulation physically demonstrates the atmosphere does affect the Earth's rotation.
What is the actual connection?
When we walk outside on a calm day, we don’t get blown over. It’s as simple as that. We’ll discuss how the northward moving air masses create the weather shortly, but for now we know that lower moving air masses are the masses of air we live in. Models constructed from weather balloons do not suggest three air masses, one moving north, the other moving south, with the third mass hugging the Earth. They demonstrate that we live in the lower moving air mass.
However, we’re all moving at different speeds depending on where we’re located on the planet. When we stand on the equator, we are traveling at about a 1,000 mps. As we move towards the Pole, the circumference of the Earth becomes smaller, and our rate of speed diminishes. When we reach the Pole, and we are standing on it, we are not traveling at any speed, we are merely turning in a very slow circle, one that takes 24 hours to complete. We’re still going about 67,000 mph as the Earth obits the sun, but where we are on the surface has nothing to do with that speed.
We travel with the Earth’s rotation, and the speed of that travel is determined by the circumference of the Earth at the place we re standing. If we round the circumference at the equator off to 25,000 miles, then we are traveling 25,000 miles in a 24-hour period. If the circumference of the Earth where we are standing is 16,000 miles, we are traveling 16,000 miles in a 24-hour period. Dividing the circumference by the hours, we find at the equator, we are traveling at 1,042 mph while at the 16,000-mile circumference point, we’re traveling at 667 mph. When we get to the Pole, we are traveling at zero mph. We are standing still turning in a circle at the rate of one full turn every 24 hours.
(To be continued)
Meteorology has been forced to make one conclusion, while ignoring completely the logical consequences of that conclusion, because it has agreed with science on Newton’s folly that the rotation of the Earth isn’t affected by weather. The factual model of the weather that has emerged from meticulously measurements of the atmosphere shows two giant circular flows of air, one flowing north, the other flowing south. The air rises at the equator and flows north and south. The air flowing to the Poles rises and travels over the air moving back to the equator. The air moving back to the equator travels beneath the above layer of air. If we confine our discussion to the Northern Hemisphere, we have a giant circulation of air, with the northerly moving air masses passing over the southerly moving masses that are hugging the ground.
This is a factual statement of how the air circulates. It has been derived from the statistical data from an untold number of weather balloons. This is true science, the collection of facts, and not the science we’re talking about, the science that creates basic assumptions out of thin air (or the ruminations of dead men who knew nothing) and then impose those assumptions as received wisdom. However, when facts contradict theory, the facts are the first to go. Here, facts disagree with the iron clad rule that the atmosphere doesn't affect the rotation of the planet, so the fact that the Earth’s atmosphere is circulating is disconnected from the fact that the circulation physically demonstrates the atmosphere does affect the Earth's rotation.
What is the actual connection?
When we walk outside on a calm day, we don’t get blown over. It’s as simple as that. We’ll discuss how the northward moving air masses create the weather shortly, but for now we know that lower moving air masses are the masses of air we live in. Models constructed from weather balloons do not suggest three air masses, one moving north, the other moving south, with the third mass hugging the Earth. They demonstrate that we live in the lower moving air mass.
However, we’re all moving at different speeds depending on where we’re located on the planet. When we stand on the equator, we are traveling at about a 1,000 mps. As we move towards the Pole, the circumference of the Earth becomes smaller, and our rate of speed diminishes. When we reach the Pole, and we are standing on it, we are not traveling at any speed, we are merely turning in a very slow circle, one that takes 24 hours to complete. We’re still going about 67,000 mph as the Earth obits the sun, but where we are on the surface has nothing to do with that speed.
We travel with the Earth’s rotation, and the speed of that travel is determined by the circumference of the Earth at the place we re standing. If we round the circumference at the equator off to 25,000 miles, then we are traveling 25,000 miles in a 24-hour period. If the circumference of the Earth where we are standing is 16,000 miles, we are traveling 16,000 miles in a 24-hour period. Dividing the circumference by the hours, we find at the equator, we are traveling at 1,042 mph while at the 16,000-mile circumference point, we’re traveling at 667 mph. When we get to the Pole, we are traveling at zero mph. We are standing still turning in a circle at the rate of one full turn every 24 hours.
(To be continued)
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