javeson
01-15-03, 12:17 PM
THE REAL MECHANICS OF TIME AND SPACE
In Cosmology, it is necessary to express us in terms that include much amount of everything. If we really want to arrive to understand how the time, along the space, carries out its untiring task, we must be expressed in absolute terms. For this one it is necessary once and for all to surpass the barrier with which we encountered when we trying to explain the relations implied in the Universe by means of the existence of constants h, c and G. This barrier sublies in the impossibility to give a concrete value to the extreme values of the scales of Planck. Therefore, since this way does not seem most suitable, we will try to look for relation that exists between these extrems. We go, then, at this moment, to keep awake a very peculiar fact that it concerns the Cosmos in its totality, including Big-Bang. We must to focus whit precision the paradox of the expansion of time, which says to us that the clock of a static observer (always relatively) will run at greater speed than the one of an observer in movement at a speed sufficiently elevated, with the added particularity of which the more this speed approaches the speed of the light, as much the more will slow down his tempo. This reasoning confound to our intuition of time , but it is, in fact, the way towards the understanding of the mechanics of time from the physics. The fact to propose like possible speed limit the speed of light been worth till now, but non real. The very many greater speed exists than the one of the light, which we know its existence, but that, peculiarly, does not seem that we have had in consideration sufficiently with respect to the consequences that produce. This speed is superior to any imaginable circumstance, being its direct responsible the moment in which takes place Big-Bang. It seems to be that him theory of the expansion of time has been verified in different observations related to the quantum physics. One of these observations is the related one to originating muons of the stratosphere. When the solar rays interact with this, they produce different types from particulas, being the most perceivable muon. The fact that they are possible to be detected by means of a Gaiger detector placed in mainland confirms the expansion of the time. If this did not happen, we could not detect the muons, since its very small life, of about 2 microseconds, would not allow him to arrive at the terrestrial surface from the stratosphere, of which separate about twenty kilometres to it. Without the expansion of the time, the muon could not cross more of a kilometre before volatilizing. It is his speed cruise, then, which allows him to land, through an expansion of its existencial tempo.
THE BIG BANG HAPPENS EVERY INSTANT
Let us return now at the moment of Big-Bang. We could say that the speed implied in it has to correspond, simultaneously, at its instantaneous speed. Of this form we will be able to locate the matrix of the time from a new universal constant based on the instant of time much reduced possible. This constant belongs to the time in the measurement in which this it tends to zero. Therefore, we will say that the unit of fundamental time is in the instantaneous speed of all measurement of movement, being this value the same one that will be to apply to the duration of the Big-Bang. This extreme of time is bound by force to another extreme: the one of the space included by the Universe the moment of Big-Bang. Such magnitude we will have to approach it in terms of tendency to the infinite, since the lack of more information makes us stop, at the moment, in the attempt to measure its value. If we have, nevertheless, the certainty of the dependency of the space on the part of the time, and vice versa, which makes us be sure that space-time will be the symmetry the one that prevents an infinite characterization in its extremes. Therefore, it will be the interaction between these extremes the form in which we must to understand the Mechanics of Cosmos. We will say, then, that at the moment of Big-Bang the space tends to the infinite in the measurement in which the time tends to zero. This expression will be denominated in ahead like the specular measurement about the instantaneous speed of Big-Bang. Now let us replace the speed of the muon by the one of the Big- Bang. We see that it is very much greater the one of Big-Bang. This speed is so, so and so great that she is the responsible of the time in his totality. Of which it forms? Of the same form that the muon is able to arrive at terrestrial superficie: by means of the temporary expansion. Basing to us on the paradox ofthe expanded time, we will say that Big-Bang sublies in the space-temporary consequences produced by a Fundamental Speed, referring term right away of Big-Bang. Here it is where the statement is going to take reason about this exhibition, since it is certain that Big-Bang happens constantly. Far from belonging exclusively to the past, Big-Bang is past, present and future simultaneously. The incredible acquired speed is only possible if, parallelly, the circumstances occur that make it possible from a physical point of view. These circumstances are based on the fact that to each measurement of time another one of space corresponds to him, and vice versa. Therefore, the expression of the speed in which "T tends to zero" and "S tends to the infinite" will create, in specular form, another inversely proportional expression to the previous one.
It will be, then, through the interaction of these two expressions of the speed as we must understand dynamics of the Universe. Such interaction has a special characteristic, cradle in absolute relativity. This characteristic is its silmutaneity, which we will denominate like Fundamental Simultaneity responsible for the possible scales of simultaneity in the Universe, as well as of all type of gradients. It is, therefore, a conceptual error locating to Big-Bang in the beginning of the Universe, since its through it one that everything flows from the foundations of relativity. We must understand, then, that the moment of Big-Bang is, simultaneously, all the time of the Universe and it is when we apply the evidences of the theory of relativity with respect to the space-time the best form to understand the Fundamental Simultaneity, that is, the existing simultaneity between the duration of Big Bang and the one of the Cosmos in its totality, being able to express this fact by means of the interaction of extreme both vectorial that reigns in the Universe.
Of this form, it is value "T tends to zero" main axis of the space-time. This value is the temporary guideline responsible for this simultaneity. De- pending on the temporary scale of expansion of an event, as well as of its space scale, the happened events will be of one or another nature; but, in any case, any implied speed will consist of a value of common time, which is the person in charge, along with the action, of the succession of the events throughout all the firmament. Far from equipping with a value "T tend to zero ", would like to denominate to this term like the "beat" of the Universe. In addition, this expression enjoys an precise value that we do not know, but that represents, as a whole, the puntuality par excellence. It is important to conceive this fact, since the Universe is synchronize on the basis of this impulse or beat. The form is through the trajectory present-past-future in that is the way to us followed by this temporary impulse, being the present the suitable form to locate the precise moment in which is Big-Bang with respect to us, from the distance that imposes absolute relativity. Whichever greater it is the space-temporary scale, flatter seems to us the Universe, which takes to us to deduce that, on Big-Bang, present, past and future they are based to create a close interval. For that reason we will say that the now is, intrinsically, the most real form in the one than we perceived the Big- Bang; at an imperceptible, but unstoppable speed. I would like to conclude emphasizing the most excellent fact of all this exhibition, and am that in which she demonstrates that the Big- Bang is not in it an event that there is to place in first term in the trajectory that follows the time, but that this event is the trajectory in it. Therefore, and of one more a ilustrate way, we will locate to Big-Bang throughout all the trajectory that it defines to the universe through a line in temporary progression. We do not have to forget that the moment of time respect to Big-Bang is the responsible of all time of Universe.
©2002 Pedro Aragón Cáceres
Email: paragoncaceres@yahoo.es
In Cosmology, it is necessary to express us in terms that include much amount of everything. If we really want to arrive to understand how the time, along the space, carries out its untiring task, we must be expressed in absolute terms. For this one it is necessary once and for all to surpass the barrier with which we encountered when we trying to explain the relations implied in the Universe by means of the existence of constants h, c and G. This barrier sublies in the impossibility to give a concrete value to the extreme values of the scales of Planck. Therefore, since this way does not seem most suitable, we will try to look for relation that exists between these extrems. We go, then, at this moment, to keep awake a very peculiar fact that it concerns the Cosmos in its totality, including Big-Bang. We must to focus whit precision the paradox of the expansion of time, which says to us that the clock of a static observer (always relatively) will run at greater speed than the one of an observer in movement at a speed sufficiently elevated, with the added particularity of which the more this speed approaches the speed of the light, as much the more will slow down his tempo. This reasoning confound to our intuition of time , but it is, in fact, the way towards the understanding of the mechanics of time from the physics. The fact to propose like possible speed limit the speed of light been worth till now, but non real. The very many greater speed exists than the one of the light, which we know its existence, but that, peculiarly, does not seem that we have had in consideration sufficiently with respect to the consequences that produce. This speed is superior to any imaginable circumstance, being its direct responsible the moment in which takes place Big-Bang. It seems to be that him theory of the expansion of time has been verified in different observations related to the quantum physics. One of these observations is the related one to originating muons of the stratosphere. When the solar rays interact with this, they produce different types from particulas, being the most perceivable muon. The fact that they are possible to be detected by means of a Gaiger detector placed in mainland confirms the expansion of the time. If this did not happen, we could not detect the muons, since its very small life, of about 2 microseconds, would not allow him to arrive at the terrestrial surface from the stratosphere, of which separate about twenty kilometres to it. Without the expansion of the time, the muon could not cross more of a kilometre before volatilizing. It is his speed cruise, then, which allows him to land, through an expansion of its existencial tempo.
THE BIG BANG HAPPENS EVERY INSTANT
Let us return now at the moment of Big-Bang. We could say that the speed implied in it has to correspond, simultaneously, at its instantaneous speed. Of this form we will be able to locate the matrix of the time from a new universal constant based on the instant of time much reduced possible. This constant belongs to the time in the measurement in which this it tends to zero. Therefore, we will say that the unit of fundamental time is in the instantaneous speed of all measurement of movement, being this value the same one that will be to apply to the duration of the Big-Bang. This extreme of time is bound by force to another extreme: the one of the space included by the Universe the moment of Big-Bang. Such magnitude we will have to approach it in terms of tendency to the infinite, since the lack of more information makes us stop, at the moment, in the attempt to measure its value. If we have, nevertheless, the certainty of the dependency of the space on the part of the time, and vice versa, which makes us be sure that space-time will be the symmetry the one that prevents an infinite characterization in its extremes. Therefore, it will be the interaction between these extremes the form in which we must to understand the Mechanics of Cosmos. We will say, then, that at the moment of Big-Bang the space tends to the infinite in the measurement in which the time tends to zero. This expression will be denominated in ahead like the specular measurement about the instantaneous speed of Big-Bang. Now let us replace the speed of the muon by the one of the Big- Bang. We see that it is very much greater the one of Big-Bang. This speed is so, so and so great that she is the responsible of the time in his totality. Of which it forms? Of the same form that the muon is able to arrive at terrestrial superficie: by means of the temporary expansion. Basing to us on the paradox ofthe expanded time, we will say that Big-Bang sublies in the space-temporary consequences produced by a Fundamental Speed, referring term right away of Big-Bang. Here it is where the statement is going to take reason about this exhibition, since it is certain that Big-Bang happens constantly. Far from belonging exclusively to the past, Big-Bang is past, present and future simultaneously. The incredible acquired speed is only possible if, parallelly, the circumstances occur that make it possible from a physical point of view. These circumstances are based on the fact that to each measurement of time another one of space corresponds to him, and vice versa. Therefore, the expression of the speed in which "T tends to zero" and "S tends to the infinite" will create, in specular form, another inversely proportional expression to the previous one.
It will be, then, through the interaction of these two expressions of the speed as we must understand dynamics of the Universe. Such interaction has a special characteristic, cradle in absolute relativity. This characteristic is its silmutaneity, which we will denominate like Fundamental Simultaneity responsible for the possible scales of simultaneity in the Universe, as well as of all type of gradients. It is, therefore, a conceptual error locating to Big-Bang in the beginning of the Universe, since its through it one that everything flows from the foundations of relativity. We must understand, then, that the moment of Big-Bang is, simultaneously, all the time of the Universe and it is when we apply the evidences of the theory of relativity with respect to the space-time the best form to understand the Fundamental Simultaneity, that is, the existing simultaneity between the duration of Big Bang and the one of the Cosmos in its totality, being able to express this fact by means of the interaction of extreme both vectorial that reigns in the Universe.
Of this form, it is value "T tends to zero" main axis of the space-time. This value is the temporary guideline responsible for this simultaneity. De- pending on the temporary scale of expansion of an event, as well as of its space scale, the happened events will be of one or another nature; but, in any case, any implied speed will consist of a value of common time, which is the person in charge, along with the action, of the succession of the events throughout all the firmament. Far from equipping with a value "T tend to zero ", would like to denominate to this term like the "beat" of the Universe. In addition, this expression enjoys an precise value that we do not know, but that represents, as a whole, the puntuality par excellence. It is important to conceive this fact, since the Universe is synchronize on the basis of this impulse or beat. The form is through the trajectory present-past-future in that is the way to us followed by this temporary impulse, being the present the suitable form to locate the precise moment in which is Big-Bang with respect to us, from the distance that imposes absolute relativity. Whichever greater it is the space-temporary scale, flatter seems to us the Universe, which takes to us to deduce that, on Big-Bang, present, past and future they are based to create a close interval. For that reason we will say that the now is, intrinsically, the most real form in the one than we perceived the Big- Bang; at an imperceptible, but unstoppable speed. I would like to conclude emphasizing the most excellent fact of all this exhibition, and am that in which she demonstrates that the Big- Bang is not in it an event that there is to place in first term in the trajectory that follows the time, but that this event is the trajectory in it. Therefore, and of one more a ilustrate way, we will locate to Big-Bang throughout all the trajectory that it defines to the universe through a line in temporary progression. We do not have to forget that the moment of time respect to Big-Bang is the responsible of all time of Universe.
©2002 Pedro Aragón Cáceres
Email: paragoncaceres@yahoo.es