The exploration of Mars, alike of other planets, would be oriented on a so called on-line tracking. At this approach the development of structural indicators can be followed at time using geological receptors. The pri...The exploration of Mars, alike of other planets, would be oriented on a so called on-line tracking. At this approach the development of structural indicators can be followed at time using geological receptors. The principle on what stays this exploration stems from the fact, that a planet is an object, where interactions among its elements are to some extent organized. It means that it goes about an object with a hidden system of control aiming to augment its level of existence and that it is not a ＂stack of stones＂. In advance it is necessary to establish some ways-out for the on-line tracking. The first way-out is the fact, that this is an object been monitored, it means a system of organized elements, which has its proper existence and its strategies for a cultivation of this existence. These elements are primarily atoms and for a monitoring of their activities it is possible to use their complexes, e.g. crystals and of course occasionally higher structures, too. Another way-out is the fact, that elements have their proper satisfaction and successfulness and that on basis of those quantities stays the existence of the overall object. These quantities are for new observable mainly on higher structures.展开更多
The presented work describes principles of functioning of the object as a philosophical category on the basis of principles discovered in different, concrete objects. At the beginning, a supposition is thus made that ...The presented work describes principles of functioning of the object as a philosophical category on the basis of principles discovered in different, concrete objects. At the beginning, a supposition is thus made that principles are common and describe the fundamental mode of the organization of matter. The regeneration of its elements is the basic goal of the control of an object. The control systems try to allow elements to optimize their state depending on circumstances and occasionally in advance. The input system is the first one from these systems. It controls the input of material for the regeneration and at the same time is the source of primary information concerning its state in the environment and its development in time. The system of the control of the distribution of the energy named TOT is another element of the control. The system named EM0 controls the process of the regeneration on the basis of information about the successfulness of elements involved into the regeneration. Finally, the system named EM 1 controls the dynamics of the boundary of the object on the basis of information describing the tension on this boundary. The second goal of the control of an object, besides the regeneration, is to optimize the existence of the object as whole. New global criteria arise and are used throughout the process of the control for this sake.展开更多
Based on an analogy with more advanced development systems and using the results of model work on economic objects,a dichotomy of society management is proposed.Astronomical terminology is used—normal and dark matter...Based on an analogy with more advanced development systems and using the results of model work on economic objects,a dichotomy of society management is proposed.Astronomical terminology is used—normal and dark matter.Normal matter,i.e.the observable,economically controllable and interconnected part of society,is built next to dark matter,which is controlled by the satisfaction of citizens.With some simplification,it is called a political system.The decisive factor for it is the complete absence of ties to the economy—financial ties.On the contrary,its essence is the evaluation of the distribution of satisfaction among citizens and,on the basis of that,the design and regulation through the laws of activity of normal matter—the economy.Recent considerations suggest that dark matter in society is not just a euphemism,but that there is an ever closer connection with the astronomical dark matter as such.This is also connected with the management of satisfaction—i.e.existence—but in other systems.展开更多
The regeneration of its cells is the basic goal of the control of an organism. The control systems try to let cells optimize their state, depending on circumstances, and perhaps in advance. The enteric nervous system ...The regeneration of its cells is the basic goal of the control of an organism. The control systems try to let cells optimize their state, depending on circumstances, and perhaps in advance. The enteric nervous system is the first of these systems. It controls the materialistic input for regeneration and at the same time is the source of primary information about its state and development over time. The system for controlling the distribution of energy is the next element in the control structure. This refers to the control of the glucose economy and the role of insulin within it. Control of the flow of energy is a means for the regulation of the regeneration procedure on the overall level, without taking into account the state of cells. The system around the vegetative nervous system makes a provision for the successfulness of cells within regeneration. The second system controls the dynamic of the boundary of the organism on the basis of the tension within it, mainly in its enteric part. Its goal is to influence the environment and thereby abolish the tension. This system rests upon the higher nervous activity. Besides regeneration, optimization of the existence of the organism itself is the secondary goal of the control. For this reason, new global criteria are used throughout the control.展开更多
The regeneration of its cells is one of the two goals of the plant. The control systems try to allow to cells to optimize their state depending on the circumstances, sometimes in advance. The first of these systems is...The regeneration of its cells is one of the two goals of the plant. The control systems try to allow to cells to optimize their state depending on the circumstances, sometimes in advance. The first of these systems is located in the root. It controls the materialistic input for the regeneration and at the same time is the source of primary information about the state of this input and its development at time. Another element of the control is the system controlling the formation and the distribution of the energy. This control is made without making provision for the state of individual cells. The successfulness of individual cells is taking into account by the system connected with companion cells in the vascular bundle. The similar holds for the second system. It, on the basis of the tension on the boundary of the plant, controls the dynamics of the boundary and removes the tension. The second goal of the control, besides the regeneration, is the optimization of the existence of the plant as whole. For this sake new global criteria arise and are used throughout the control.展开更多
文摘The exploration of Mars, alike of other planets, would be oriented on a so called on-line tracking. At this approach the development of structural indicators can be followed at time using geological receptors. The principle on what stays this exploration stems from the fact, that a planet is an object, where interactions among its elements are to some extent organized. It means that it goes about an object with a hidden system of control aiming to augment its level of existence and that it is not a ＂stack of stones＂. In advance it is necessary to establish some ways-out for the on-line tracking. The first way-out is the fact, that this is an object been monitored, it means a system of organized elements, which has its proper existence and its strategies for a cultivation of this existence. These elements are primarily atoms and for a monitoring of their activities it is possible to use their complexes, e.g. crystals and of course occasionally higher structures, too. Another way-out is the fact, that elements have their proper satisfaction and successfulness and that on basis of those quantities stays the existence of the overall object. These quantities are for new observable mainly on higher structures.
文摘The presented work describes principles of functioning of the object as a philosophical category on the basis of principles discovered in different, concrete objects. At the beginning, a supposition is thus made that principles are common and describe the fundamental mode of the organization of matter. The regeneration of its elements is the basic goal of the control of an object. The control systems try to allow elements to optimize their state depending on circumstances and occasionally in advance. The input system is the first one from these systems. It controls the input of material for the regeneration and at the same time is the source of primary information concerning its state in the environment and its development in time. The system of the control of the distribution of the energy named TOT is another element of the control. The system named EM0 controls the process of the regeneration on the basis of information about the successfulness of elements involved into the regeneration. Finally, the system named EM 1 controls the dynamics of the boundary of the object on the basis of information describing the tension on this boundary. The second goal of the control of an object, besides the regeneration, is to optimize the existence of the object as whole. New global criteria arise and are used throughout the process of the control for this sake.
文摘Based on an analogy with more advanced development systems and using the results of model work on economic objects,a dichotomy of society management is proposed.Astronomical terminology is used—normal and dark matter.Normal matter,i.e.the observable,economically controllable and interconnected part of society,is built next to dark matter,which is controlled by the satisfaction of citizens.With some simplification,it is called a political system.The decisive factor for it is the complete absence of ties to the economy—financial ties.On the contrary,its essence is the evaluation of the distribution of satisfaction among citizens and,on the basis of that,the design and regulation through the laws of activity of normal matter—the economy.Recent considerations suggest that dark matter in society is not just a euphemism,but that there is an ever closer connection with the astronomical dark matter as such.This is also connected with the management of satisfaction—i.e.existence—but in other systems.
文摘The regeneration of its cells is the basic goal of the control of an organism. The control systems try to let cells optimize their state, depending on circumstances, and perhaps in advance. The enteric nervous system is the first of these systems. It controls the materialistic input for regeneration and at the same time is the source of primary information about its state and development over time. The system for controlling the distribution of energy is the next element in the control structure. This refers to the control of the glucose economy and the role of insulin within it. Control of the flow of energy is a means for the regulation of the regeneration procedure on the overall level, without taking into account the state of cells. The system around the vegetative nervous system makes a provision for the successfulness of cells within regeneration. The second system controls the dynamic of the boundary of the organism on the basis of the tension within it, mainly in its enteric part. Its goal is to influence the environment and thereby abolish the tension. This system rests upon the higher nervous activity. Besides regeneration, optimization of the existence of the organism itself is the secondary goal of the control. For this reason, new global criteria are used throughout the control.
文摘The regeneration of its cells is one of the two goals of the plant. The control systems try to allow to cells to optimize their state depending on the circumstances, sometimes in advance. The first of these systems is located in the root. It controls the materialistic input for the regeneration and at the same time is the source of primary information about the state of this input and its development at time. Another element of the control is the system controlling the formation and the distribution of the energy. This control is made without making provision for the state of individual cells. The successfulness of individual cells is taking into account by the system connected with companion cells in the vascular bundle. The similar holds for the second system. It, on the basis of the tension on the boundary of the plant, controls the dynamics of the boundary and removes the tension. The second goal of the control, besides the regeneration, is the optimization of the existence of the plant as whole. For this sake new global criteria arise and are used throughout the control.
