Darwin’s theory of evolution believes that biological evolution is a process of natural selection. This theory has been supported by much evidence, but the internal biological mechanism is not clear. Here, I elaborat...Darwin’s theory of evolution believes that biological evolution is a process of natural selection. This theory has been supported by much evidence, but the internal biological mechanism is not clear. Here, I elaborate on the cycle of potassium resources on the earth and the biological utilization and efficiency, which may be the core mechanism of natural selection and affect the evolution of organisms and the development of human society.展开更多
The author of this article proposes that the representation of Charles Darwin and Alfred Wallace’s theory on “variation and selection” in the living world is a reflection of the action of hierarchical thermodynamic...The author of this article proposes that the representation of Charles Darwin and Alfred Wallace’s theory on “variation and selection” in the living world is a reflection of the action of hierarchical thermodynamics. Hierarchical thermodynamics is based on the law of temporal hierarchies and on the principle of substance stability. This principle enables the transmission of thermodynamic information between lower and higher structural hierarchies, in both forward and reverse direction: from nucleic acids to higher structural hierarchies and back. The principle of substance stability, in fact, is the main dynamical and thermodynamic mechanism of natural selection. It is alleged that the natural selection of atoms, molecules, organisms, populations, and other hierarchical structures takes place under the action of a variety of internal factors within organisms and the external environmental factors that can be considered as tropisms. Forms (design) of living organisms are formed as a result of spontaneous and non-spontaneous processes that lead to the adaptation of living systems to the environment. The selection is carried out as a result of the impacts of different energy types and the principle of substance stability at all levels of hierarchical structures. Actions of tropisms are presented by various members of the generalized Gibbs equation.展开更多
The rapid development of the decoration industry creates a good development space for interior decoration,and the public pays more attention to the integration of natural elements in the process of interior decoration...The rapid development of the decoration industry creates a good development space for interior decoration,and the public pays more attention to the integration of natural elements in the process of interior decoration.In this regard,this article introduces the ways in which natural elements are embodied in indoor landscapes,and expounds the principles of using natural elements in indoor landscapes,hoping to provide references for relevant personnel.展开更多
We propose a representation of the basic laws, namely the zeroth, first, second and third law, in quantum thermodynamics. The zeroth law is represented by some parameters () that specify respective quantum states. The...We propose a representation of the basic laws, namely the zeroth, first, second and third law, in quantum thermodynamics. The zeroth law is represented by some parameters () that specify respective quantum states. The parameters are the elements of thermodynamic state space. The introduction of such parameters is based on a probabilistic nature of quantum theory. A quantum analog of the first law can be established by utilizing these parameters. The notion of heat in quantum systems is clarified from the probabilistic point of view in quantum theory. The representation of the second law can be naturally described in terms of these parameters introduced for the respective quantum systems. In obtaining the representation of quantum thermodynamics, consistency between quantum theory and classical thermodynamics should have been preserved throughout our formulation of quantum thermodynamics. After establishing the representation of the second law, the third law is discussed briefly. The relationship between thermodynamic temperatures and the parameters in is also discussed.展开更多
Han Fei presented a thought-provoking perspective on human nature and its implications for governance.Departing from traditional moral doctrines,Han Fei’s“non-moralistic”philosophy posited that human nature is inhe...Han Fei presented a thought-provoking perspective on human nature and its implications for governance.Departing from traditional moral doctrines,Han Fei’s“non-moralistic”philosophy posited that human nature is inherently self-interested and driven by personal gain.In this paper,we explore Han Fei’s keen insights into human nature and its practical application in political governance.His emphasis on aligning political strategies with human inclinations,rather than relying solely on moral preaching,highlights the complexity and pragmatism of his approach.However,we also examine the limitations of his philosophy,particularly in disregarding individual differences and idealism.By striking a balance between political expediency and moral considerations,Han Fei’s ideas continue to resonate with contemporary discussions on governance and human behavior.This study calls for a reflective and cautious assessment of the implications of Han Fei’s“non-moralistic”thought in today’s society.展开更多
文摘Darwin’s theory of evolution believes that biological evolution is a process of natural selection. This theory has been supported by much evidence, but the internal biological mechanism is not clear. Here, I elaborate on the cycle of potassium resources on the earth and the biological utilization and efficiency, which may be the core mechanism of natural selection and affect the evolution of organisms and the development of human society.
文摘The author of this article proposes that the representation of Charles Darwin and Alfred Wallace’s theory on “variation and selection” in the living world is a reflection of the action of hierarchical thermodynamics. Hierarchical thermodynamics is based on the law of temporal hierarchies and on the principle of substance stability. This principle enables the transmission of thermodynamic information between lower and higher structural hierarchies, in both forward and reverse direction: from nucleic acids to higher structural hierarchies and back. The principle of substance stability, in fact, is the main dynamical and thermodynamic mechanism of natural selection. It is alleged that the natural selection of atoms, molecules, organisms, populations, and other hierarchical structures takes place under the action of a variety of internal factors within organisms and the external environmental factors that can be considered as tropisms. Forms (design) of living organisms are formed as a result of spontaneous and non-spontaneous processes that lead to the adaptation of living systems to the environment. The selection is carried out as a result of the impacts of different energy types and the principle of substance stability at all levels of hierarchical structures. Actions of tropisms are presented by various members of the generalized Gibbs equation.
文摘The rapid development of the decoration industry creates a good development space for interior decoration,and the public pays more attention to the integration of natural elements in the process of interior decoration.In this regard,this article introduces the ways in which natural elements are embodied in indoor landscapes,and expounds the principles of using natural elements in indoor landscapes,hoping to provide references for relevant personnel.
文摘We propose a representation of the basic laws, namely the zeroth, first, second and third law, in quantum thermodynamics. The zeroth law is represented by some parameters () that specify respective quantum states. The parameters are the elements of thermodynamic state space. The introduction of such parameters is based on a probabilistic nature of quantum theory. A quantum analog of the first law can be established by utilizing these parameters. The notion of heat in quantum systems is clarified from the probabilistic point of view in quantum theory. The representation of the second law can be naturally described in terms of these parameters introduced for the respective quantum systems. In obtaining the representation of quantum thermodynamics, consistency between quantum theory and classical thermodynamics should have been preserved throughout our formulation of quantum thermodynamics. After establishing the representation of the second law, the third law is discussed briefly. The relationship between thermodynamic temperatures and the parameters in is also discussed.
文摘Han Fei presented a thought-provoking perspective on human nature and its implications for governance.Departing from traditional moral doctrines,Han Fei’s“non-moralistic”philosophy posited that human nature is inherently self-interested and driven by personal gain.In this paper,we explore Han Fei’s keen insights into human nature and its practical application in political governance.His emphasis on aligning political strategies with human inclinations,rather than relying solely on moral preaching,highlights the complexity and pragmatism of his approach.However,we also examine the limitations of his philosophy,particularly in disregarding individual differences and idealism.By striking a balance between political expediency and moral considerations,Han Fei’s ideas continue to resonate with contemporary discussions on governance and human behavior.This study calls for a reflective and cautious assessment of the implications of Han Fei’s“non-moralistic”thought in today’s society.
